Nixie Lars Manuale utente

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

Congratulations for purchasing this Nixie clock kit “Lars“ or “Laura”.

For successful assembly of this kit please read the following helpful hints.

• This kit is designed for someone who has advanced experience with assembling electronics.

• If you believe that the kit is too complicated for your skill level please do not try to assemble it - this

generally ends up with a device that is not repairable and results in you being very frustrated.

Please contact the provider and they can offer you other options that will end in a more fulfilling

result!

• Take your time - this kit should take 2 hours to complete if uninterrupted. Assembling the kit in a

hurry will lead to frustration and troubleshooting takes three times as long.

• Ensure your work area is well lit (daylight preferred) and clean.

• Electronic tools, such as pliers, small side-cutters or tweezers will be handy. You will also need a

T10 (Torx) Allen screwdriver for the housing assembly.

• A soldering iron station with a 1 mm round tip (maximum) and a 0.5 mm (maximum) fine electronic

solder (lead-free) is required. For lead-free solder we’ve had good experience with type Iso-Core

EL Sn95,5 Ag3,8 Cu0,7 with 0,5 mm Ø and 3,5% Flux from Felder Löttechnik and a 400°C soldering

tip temperature.

• For the intermediary function test you need a multimeter with at least 200 VDC range.

• A loupe (magnifying glass) to read the small device markings is often helpful.

• Assemble the board in the order as stated in the instructions - this has been proven and will

minimisemistakes.

• It is assumed that you understand that semiconductors (diodes, ICs, transistors) or electrolytic

capacitors are polarized components. Appropriate markings are silk-screened on the PCB and

shown on the board schematic.

Together with this construction guide there are some other usefull documents for

download

• The owners manual for this Nixie clock kit

• The owners manual for the BR-355 wired or “Wireless GPS Connection” system

Safety precautions:

During assembly, operation, measurements and maintenance extra precautions must be taken. The

generated high voltage of 160 V is dangerous. Assemble the circuit at your own risk.

The clock’s functionality cannot be guaranteed when assembled by the customer.

No responsibility can be taken for any personal claims and damages during assembly and

commission, especially for damages based on insufficient technical knowledge.

The Nixie clock may only be operated in a solid and moisture-proof enclosure.

The person who completes the kit and assembles this board into an enclosure for operation is

considered by the German directive VDE 0869 as a manufacturer and is required to indicate their

name and address including all documents when selling the clock.

Ready-to-go devices, which are assembled from kits, are counted as a safety-related industrial

made product.

Okay, and now, Ladies and Gentlemen – start your soldering iron...

As you might notice, most of the electrical parts are just pre-assembled and soldered.

However, we recommend to check these SMT assembly for assembly faults and cold solder pads

before assembling the through hole components.

You’ll find at the end of the manual a detailed assembly silk screen for reference.

Start with soldering the 32-pol. female header, fitted from the solder (!) side.

Following fit and solder both 28-pol. IC sockets (pay attention for the notches as shown on the silk

screen, the crystal, the potentiometer, the Super Capacitor and the buzzer. The polarity marking on the

buzzer is negligable but keep care for the correct allignment of the Super Cap (arrows on the part

package and the silk screen). Do not insert the ICs at this stage !

Next solder the 47uH shielded inductor, than bend the leads of the RFD3055L MosFet and solder them.

Take special care as this is an ESD device, so it is a good idea before handling this part that you de-

charge yourself on a metallic part of your desktop. The heatsink can have contact to the left hand’s

inductor pad; this doesn’t matter at all. Finally add the remaining parts like the 2u2 / 350V capacitor, both

dual LEDs (take care for the colour), both dual switches and the mounting bracket.

Notch on socket and HV5812

Finally cut and remove the tape from the 2.200µF

capacitor. Please do not simple cut the wires at

the top of the tape as the remaining lenght will be

too short.

red

yellow

green

The following task must only be done when assembling a Laura

Nixie clock

Pick up the 4 x M3 x 8 self tapping screws and the 4 x 3 mm plastic spacers

and threat them to the drilling holes at the edges of the main board. The

spacers are a self fixing type.

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

A note for handling the

IN-2 Nixie tubes

Please be very carefully by

handling the IN-2 tubes.

The glass bottom is very

fragile and will brake when

applying hard force,

specially when inserting

into the socket or by

aligning the tubes. You

need not to press down

the tubes fully into their

sockets. Only the half is

much enough.

Crack

Now connect the PCB to an USB power supply and check if something strange will happen; e.g. a

parts runs hot. If everything is allright we will do follwing some voltage checkings:

Please check the voltages on the PIC’s socket pins with a multimeter. Put the negative probe

(black) on TP3; left hand from the buzzer. Put the positive probe (red) on the socket pins.

Measured Voltages

red = ca. 5 V • blue = 0...3 V • amber = ca. 0,3 V • green = ca. 0...-2 V • black = 0 V

Pin 1 • Pin 2 • Pin 3 • Pin 4 • Pin 5 • Pin 6 • Pin 7 • Pin 8 • Pin 9 • Pin 10 • Pin 11 • Pin 12 • Pin 13

Pin 14 • Pin 15 • Pin 16 • Pin 17 • Pin 18 • Pin 19 • Pin 20 • Pin 21 • Pin 22 • Pin 23 • Pin 24

Pin 25 • Pin 26 • Pin 27 • Pin 28

Check following the voltages on the other testpoints: TP1 (around 4.8 V) • TP2 (around 4.5 V)

Please do not proceed until all voltages are within their range and check for the fault.

If everything is ok, unplug the clock from the power supply.

Solder now jumper ENABLE HIGH V. CONVERTER X1/X2, direct above the inductor and insert ONLY

(!) the PIC, but not the HV5812 driver. Keep care for correct orientation. Turn on the clock again.

Caution! Now the HV converter is working. Please check again, if something strange happens;

e.g. if a part will run hot. Pick up now a screwdriver and do again a measurement of the voltage on

TP1 It should be in the range of 40 V. Adjust now the voltage with the potentiometer to 41 V.

Do following a voltage check on TP2. It should be in the range of 165 V.

Push now button SET. The clock must make a short bleep.

Unplug the clock again from power and wait 10 secs. until the capacitors are discharged.

Now insert the remaining HV5812 driver IC into its PLCC28 socket.

Stop here and flip the page. You need now assemble the tube board according to your

clock. When ready assembled come back for a quick test of the tube board.

Now fit the tube board onto the main board and turn the clock on again.

The tubes should start with a „digit test routine“; which counts all digits. Also the (RGB) LEDs are

checked within this routine with the following scheme:

digit 1 = red • digit 2 = green • digit 3 = blue • digit 4 = none • digit 5 = green/orange

digit 6 = none • digit 7 = violett • digit 8 = none • digit 9 = cyan • digit 0 = none

The amber column LEDs should continuously light up.

If everything is ok, unplug the clock again from power and wait 10 seconds.

Solder now jumper ENABLE POWER BACKUP X3/X4 direct below the dual LEDs.

Solder jumper A-B-C direct below the ASK module connections to position A-B.

Now flip the page again and assemble the enclosure to finish your clock.

The following task must only be done when assembling a

Laura Nixie clock

Pick up the 4 x M3 x 8 self tapping screws and the 4 x 3 mm plastic

spacers and threat them to the drilling holes at the edges of the main

board. The spacers are a self fixing type.

Connecting GPS receivers (internal / external) or DCF receiver

Anbieterkennzeichung • Vendor

Jürgen Grau • Ortsstraße 13 • 07429 Rohrbach • Germany • Fon: 036730 / 3155-90 • Fax: 036730 / 3155-89

E-Mail: [email protected] • www.Nixiekits.eu

Subject change without notice – Issue 3.3 – Version from 08.06.2017

Date

05.08.2012

08.08.2012

26.08.2012

27.09.2012

11.11.2012

17.02.2014

17.04.2015

27.12.2016

08.06.2017

Description

InitialRelease

Error correction / added replacing diodes procedure

Error correction / parts value of resistor-arrays changed

Changed the range of the voltage measuring values

Added assembly of Lena Nixie clock

New issue for the new main board version Rev.11-2013

Error correction and additions in GPS receiver settings

Corrected value of the measured voltages on PIC socket

Adding settings for DCF / NWTS receivers

When using theASK module from the Wireless GPS Set 3, simply fit the module onto the mainboard and

solder the 8 pins. Pay attention for correct orientation (see pictures).

Theclock has a build in antenna. However,due to the RF shielding of thealuminium profiles the reception

range is very limited. If the reception is too poor you can connect the supplied external antenna to the

TIME DATA connector. Don’t forget to set option #12 to value 4 (for GPS reception) option #13 to the

baud rate and option #14...16 to correct the time offset according to your location; this offset is based

on standard time (not day saving).

The green LED below the module will show the received data as well as the DATA LED on rear.

Please note that it is not possible to connect any extra external receiver to the TIME DATA

connector when an ASK module is fitted, only the supplied antenna can be fitted.

Please check again, if the solder jumper A-B-C (direct below the module) is soldered in position A-B

when using the internal ASK module. For setting up the „Wireless GPS Connection“ system proceed as

stated in the appropriate owners manual

When connecting the wired extrenal MicroGPS / NWTS receiver from PVelectronics set the

jumpers A-B-C to position B-C set option #12 to value 4 and check for correct baud rate settings.

When connecting the wired external GPS BR-355 receiver from GlobalSat set the jumpers

A-B-C to position A-B and check for 4800 baud rate settings (option #13 to value 0).

When connecting the wired external DCF receiver from Mr.Nixie you’ll need to set the

jumpers A-B-C to position A-B and set option #12 to value 1 and omit option #13

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

Assembling the Lars IN-17 tube board and enclosure

Please crack carefully both PCB’s.

Assemble now the male headers (1 x 32-pol. and 3 x 2-pol.) and the 4 resistors on the tube board.

Flip the board and assemble the four LED’s. Slight over the LED’s wires 2 x 8 mm spacers each

(8 in total). Pay attention that the anode of the LED is the longer wire and it is marked on the silk

screen with an „A“. Solder at the beginning only one pad, than adjust the LED’s exact upright and

solder the remaining pad.

Pick up now an IN-17 tube. Please

note that one wire is missing on

each tube as marking for the correct

mounting direction. This missing wire

has also no Star Milling pad on the

PCB.

See the red markings on the picture.

Thread all tube wires carefully through the

Star Milling cut out. Bend all wires into the slots of the Star Milling

pads. Keep care not to cross any wires.

Cut the wires. Now solder only one pad.

Align the tube carefully for correct adjustment

by re-heating the soldered pad.

If you are satisfied, solder the remaining pads.

Please take care not to make any short circuits

between the pads.

Continue this task for the remaining 5 tubes.

Pick up now the LED board and solder the 3 x 2-pol. female headers and the 6 resistor arrays.

The „polarity“ of the arrays is negligable.

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

Assemble now the 6 RGB LEDs

but do not solder them yet.

The longest (thrid) wire is the

Anode, marked with an „A“ on the

silk screen

Fit the LED board on the tube board.

Align now all LEDs is that way, that

their lens will touch the drill hole in

the tubes plastic socket.

Solder carefully all LEDs. Take

special care not to make any

short ciruits between the LED

pads as the spacing is very

small. Take as less solder tin

as possible.

After soldering cut all leads.

Stop here: Turn back to the

assembly of the main board for

a quick function check of the

tube board.

Pick up one rubber surround.

Please take care for the correct

side. Remove from the front cover

the protective film on the copper

coloured side and insert the front

cover carefully into the rubber

surround

wrong side

Attach now the front to the tubes. From rear align the column LEDs that their lens will fit into the drill

holes of the front cover.

Pick up one enclosure aluminium profile and slide the main board into the lowest nut of the profile.

Attach following the second aluminium profile

Finally fix - starting with the front - the covers with the supplied screws (you’ll need a Torx Tx10

screwdriver). Don’t twist the screws by force and keep care not to cam out with your screwdriver

as this will scratch the cover or even damage the tubes

Finished assembling. Congratulations and have a lot of fun with your new

Lars Nixie Clock

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

2.5 mm spacing

Assembling the Laura IN-2 tube board and enclosure

Pick up the tube board and assemble first the 32-pol. male header. Solder first only one pad and

check for proper rectangular alignement of the header. When satisfied solder the remaining pads.

Now threat over every tube pin a supplied tube

socket pin.

Sometimes the tube pins needs to be bend a little

bit. Do this very carefully as the glass bottom is

very fragile.

Now assemble the four LED’s. Slight

over the LED’s wires 2 x 8 mm spacers

each (8 in total). Pay attention that the

anode of the LED is the longer wire and

it is marked on the silk screen with an

„A“. Solder at the beginning only one

pad, than adjust the LED’s exact upright

and solder the remaining pad.

Please note not to forget to give

around 2.5 mm extra spacing for

the LEDs as shown in the picture.

Insert following all six tubes with the tube socket

pins into their socket drill holes in the PCB.

Do not solder them yet. After inserting all tubes

align them carefully for equal spacing and tube’s

height. When you are satisfied solder now the tube

socket pins. Take care not to make any solder

bridges as the spacing between the pins is very

small. Do not trim the pins after soldering!

Stop here: Turn back to the assembly of the main board for a quick function check of

the tube board.

Please pull out carefully (!) all

tubes in that way that they are

only fitted around the half of their

socket pins lenght in the soldered

female PCB sockets.

Attach now the front cover to the

tubes, but do not remove the

protective films at this stage.

From rear align the column LEDs

that their lens will fit into the drill

holes of the front cover.

Remove both protective films from

the bottom cover and fix the board

on it with the 4 x M2.5 x 8 screws.

Remove both protective films from the first transparent distance holder. Remove the protective film

from the brass coloured side of the front cover and than from the rear side, which is self-adhesive.

Affix now the front cover onto the distance holder. Check for symmetrical allignment.

Do the same task with both rear frames (the engraved

rear cover do not have any protective film).

Fix the rear side now with the supplied four 3 x 14 black

Allan screws (you’ll need a Torx Tx10 screwdriver) onto

the aluminium side frames

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

Anode pins

Slide now the bottom cover

into the lowest notches of

the side frames.

After removing both

protective films from the

transparent top cover slight it

into the most upper notches

of the side frames.

Fix the PCB / bottom frame

with the supplied M3 x 6

Allan head screw on the

rear side.

Finally attach the front cover and fix it with the remaining 4 screws and add the 4 pcs. foam feed

onto the edges of the bottom cover.

Finished assembling. Congratulations and have a lot of fun with your new

Laura Nixie Clock

Assembling the Lena tube board and enclosure

Pick up the tube board and assemble first the 32-pol. male header. Solder first only one pad and

check for proper rectangular alignement of the header. When satisfied solder the remaining pads.

Now threat over every tube pin except

of pin # 12 (left hand from the Anode

pin) a supplied tube socket.

Sometimes the tube pins needs to be

bend a little bit. Do this very carefully as

the glass bottom is very fragile.

Insert following all four IN-12 tubes

with the tube socket pins into their

socket drill holes in the PCB. Take care

for correct orientation. Note the white

shrink tube inside the glas

bulb which marks the

Anode connection.

Do not solder

them yet. After

inserting all tubes

align them carefully

for equal spacing

and tube’s height. When you are satisfied solder now the tube socket pins from the bottom side.

Do not trim the pins after soldering!

Anode pin

Do not fit a socket

on this pin #12

Now remove all tubes and solder the sockets also

from the top side. Be careful not to solder the

socket’s holes. Use as less solder tin as possible.

When finished attach the two 3 mm LEDs with two

8 mm plastic spacer each to their position. The longer

wire is the Anode of the LED and marked on the PCB

with an „A“; the shorter wire is the Cathode, marked

with a ring.

When finished solderin the LEDs re-attach

the IN-12 tubes into their sockets again.

Assembly Manual Miniature USB powered Nixie Clocks • Mainboard Rev.11-2013

Pick up now both IN-17 tubes and remove their

plastic spacers. Now cut the leads in a kind of

a „spiral staircase“ as shown in the picture.

This will help you to easy fit the tubes into their

drilling holes, which should be done following

this cutting.

Solder only one wire first and adjust the tube

for correct spacing and allignment as shown in

the pictures. Than solder and cut the remaining

wires.

Unfortunately on the first batch of the tubes

PCBs one track is missing which causes that

the digit „0“ will not shown on the 1st seconds

tube. So pick up a piece of wire and add the

missing connection from the 10th seconds to

the 1st seconds tube as shown on the picture.

Take care not to make any short circuits.

Wirelink

Pick up now both RGB LEDs

and bend them as shown in

the picture. The longest wire

is the Anode, marked on the

silkscreen with an „A“. Finally

attach the LEDs to the tube board and

solder carefully the connections. Be

aware that the pad spacing is very low,

so use as less tin as possible to

produce no short circuits between

these pins. Check also not to make a

short circuit to the added wire link.

Stop here: Turn back to

the assembly of the

main board for a quick

function check of the

tube board.

Remove from the front cover the protective film from front- and rear side.

Note that the rear side is self-adhesive. Attach the front cover carefully at

the U aluminium frame and fix it with four of the supplied M3 x 14 black

screws.

Than slide the board from the rear into the enclosure.

Remove from the acrylic cover both protective

films and slide it into the most upper nut into

the U frame.

Remove from the rear cover the protective film on the self-

adhesive side and attach it at the U frame.

Fix the cover first with the M3 x 6 screw and following with the remaining

M3 x 14 black screws.

Finally attach on the bottom the supplied

transparent self-adhesive feeds.

Finished assembling. Congratulations

and have a lot of fun with your new

Lena Nixie Clock.

Part List Rev.11-2013

USB powered Nixie Clocks

Through hole components Main PCB Rev.11-13 for all clock versions

Qty Part description Value Position / Code

1 Duo-LED green / green LED11

1 Duo-LED red / yellow LED12

4 LED spacer 8 mm Tube Board

2 Dual push button switch S1, S2

1 Buzzer SND1

1 Super Capacitor 0.1F, 0.33F or 1F 5V5 C17

1 Electrolytic capacitor 2200uF 6V3 C4

1 Electrolytic capacitor 2u2 350V C16

1 Potentiometer 47k TR1

1 Crystal 32.756 kHz Q1

1 IC-Socket 28-pol. IC1

1 16F1938 Processor 16F1938 IC1

1 IC-Socket 28-pol. PLCC IC2

1 HV5812 HV-Driver 28-pol. PLCC IC2

1 Shielded Inductor 47uH L8

1 MosFet Transistor RFD3055L T14

1 Female Connector 90° 32-pol. 32-pol.

1 Male Connector 180° 32-pol. 32-pol.

1 Mounting Bracket M3 / 3.2

1 Sheet metal screw 2.9 x 9.5

1 Allan flat hat screw M3 x 6

1 Rosette 10.5 mm diameter Plastic black

1 Main Board SMT preassembled white

Electrical Parts for Laura Nixie Clock Tube Board

Ca. 70 Tube socket pins H1…H6

Mechanical Parts for Laura Nixie Clock

4 LED 1,8mm Amber clear Tube Board

4 LED spacer 8 mm Tube Board

4 Screw self tapping M2.5 x 8

8 Alan flat hat screw self tapping 3 x 14

4 Spacers 2.7 inner x 3 plastic

4 Foam feeds 12 x 12 mm

1 Front cover 1.6 mm brass col.

1 Rear cover 1.6 mm brass col.

1 Top cover 2 mm transparent

1 Bottom cover 3 mm black

2 Aluminium side frames Black anodized

1 IN-2 Tube Board Board preassembled

Electrical Parts for Lars Nixie Clock Tube/LED Board

4 LED 1,8mm Amber clear Tube Board

4 LED spacer 8 mm Tube Board

6 Resistor-Array SIL6-3 560R RN1…RN6 on LED board

6 LED 5mm RGB comm. Anode LED1…LED6 on LED board

3 Female Connector 180° 2-pol. for LED board

3 Male Connector 180° 2-pol. for tube board

4 Resistors 0204 330R R7,R8,R15,R16

Mechanical Parts for Lars Nixie Clock

8 Alan flat hat screw self tapping 3 x 14 / 3 x 10

2 Aluminium enclosure frames Black anodized AKG D 105 30 80 SA

2 Rubber enclosure surrounds blue

1 Front cover 1.6 mm copper col.

1 Rear cover 1.6 mm copper col.

1 IN-17 Tube/LED Board Duo-Board with V-cut

Part List Rev.11-2013

USB powered Nixie Clocks

Electrical Parts for Lena Nixie Clock Tube Board

44 Harwin tube socket pins H1…H6

Mechanical Parts for Lena Nixie Clock

8 Alan flat hat screw self tapping 3 x 14 / 3 x 10

2 LED 3mm Amber diffused LED7,LED8

2 LED 5mm RGB comm. Anode LED5,LED6

4+1 Transparent plastic feeds 7 mm diameter

1 Front cover 1.6 mm copper col.

1 Rear cover 1.6 mm copper col.

1 Top cover 2 mm transparent

1 Aluminium U frame Black anodized GB 83 83 SA

1 White Lena Tube Board Board preassembled

Electrical and Mechanical Parts for Leon Nixie Clock Tube Board

Ca. 70 Tube socket pins H1…H6

8 Alan flat hat screw self tapping M3 x 14

4 Alan flat hat screw self tapping M3 x 20

4 Roads Red plastic

6 RGB-LEDs 5mm diffus LED1…LED6

2 Neons H7,H8

2 Resistors 510k R1,R2

6 Resistor Arrays 1k RN1…RN6

2 Aluminium side profiles

1 Rubber grommet

1 5/8” to 3/8” adapter

1 Nut for adapter

4 “Ears” Red plastic

4 Aluminium reinforcement frames

1 Leon Tube Board

1 Front cover 1,6 mm silvery

1 Rear cover 1,6 mm silvery engraved

1 Top cover 1,6 mm silvery

1 Bottom cover 1,6 mm silvery with drill hole for adapter

2 Reinforcement frames 3 mm acrylic transparent with drill hole

D D

C C

B B

A A

K10

KK10

KK9

KK8

KK7

KK6

KK5

KK4

KK3

KK2

KK1

KK8

KK7

KK6

KK5

KK4

KK3

KK2

KK1

KK10

KK9

KK1

KK2

KK3

KK4

KK6

KK7

KK8

KK9

KK10

K10

PM KK8

KK7

KK6

KK5

KK4

KK3

KK2

KK1

KK10

KK9

K10

KK5

DCF

VCC

Title

Size Document Number Rev

Date: Sheet of

Main Board with IN-2 Laura Tube Board / Main board Rev.11-2013

11/2013

USB powered Nixie Clock

11Saturday, February 15, 2014

Title

Size Document Number Rev

Date: Sheet of

Main Board with IN-2 Laura Tube Board / Main board Rev.11-2013

11/2013

USB powered Nixie Clock

11Saturday, February 15, 2014

Title

Size Document Number Rev

Date: Sheet of

Main Board with IN-2 Laura Tube Board / Main board Rev.11-2013

11/2013

USB powered Nixie Clock

11Saturday, February 15, 2014

POLARITY

HV ENABLE

BACKUP

ENABLE

HV ADJUST

63V 63V

6V3

Track 17,4 cm

22 x 560R 0603

IN-2 Laura Tube Board

N17N17

N4N4

R40

470R

R40

470R

SS16L

LED11LED11

H5H5

R5R5

R13R13

NA6NA6

IC1

PIC16F1938_IN-2

IC1

PIC16F1938_IN-2

MCLR

HV SENSE

A1 28

LED B 27

LED G 26

LED R 25

A3 7

VSS

LED AM 9

LED PM 10

XTAL1/TCXO

XTAL2

HV PWM

13 LED DST 14

LED ALARM 15

LED DCF/GPS 16

SOUNDER

DCF/GPS

VSS

19 VDD 20

SET

21 ADJ

22 ALARM

23 DST

DTA 3

CLK 4

STR 5

A2 6

BB CC

R26

12k

R26

12k

LED8LED8

NPMNPM

N13N13

C23

33p

C23

33p

TP2TP2

M16M16

M13M13

R25

12k

R25

12k

X3X3

NA1NA1

N20N20

R10R10

R19R19

L2L2

M3M3

H1H1

LED1LED1

R31

12k

R31

12k

MLRMLR

C17

0.1/1F

C17

0.1/1F

R6R6

C12

R14R14

LED5LED5

SS16L

MPMMPM

R63

470R

R63

470R

R11R11

H3H3

M14M14

M4M4

LED12LED12

R36

12k

R36

12k

R39

12k

R39

12k

N8N8

C15

LED2LED2

SND1

Sounder

SND1

Sounder

LED4LED4

R8R8

LED7LED7

M12M12

R2R2

C11

R28

680k

R28

680k

N12N12

R17R17

H6H6

N3N3

SS16L

R47

470R

R47

470R

NLBNLB

C13

10u

C13

10u

C27

10u

C27

10u

LED3LED3

SS16L

M19M19

BU2BU2 1

M5M5

C20

N16N16

R4R4

R12R12

10u

R9R9

T14

RFD3055L

T14

RFD3055L

L1L1

2200u

10u

R3R3

C25

10u

C25

10u R41

470R

R41

470R

R57

2k7

R57

2k7

NA4NA4

NAMNAM

10u

R43

12k

R43

12k

33p

R51

680k

R51

680k

N7N7

MVCMVC

R21R21

OPTIONAL1

ASK-RXB2

OPTIONAL1

ASK-RXB2

GND

SHT

DAT

GND

ANT

R62

12k

R62

12k

M6M6

SS16L

TR122k

L3L3

M17M17

N11N11

LED10LED10

S2S2

N2N2

NA3NA3

MA2MA2

M9M9

N18N18

N5N5

R50

12k

R50

12k

MAMMAM

IC2

HV5812

IC2

HV5812

VHV

DOUT

HV20 3

HV19 4

HV18 5

HV17 6

HV16 7

HV15 8

HV14 9

HV13 10

HV12 11

BLANK

GND

CLK

15 STROBE

16 HV11 12

HV10 17

HV9 18

HV8 19

HV7 20

HV6 21

HV5 22

HV4 23

HV3 24

HV2 25

HV1 26

VDD

DATA

MA6MA6

R1R1

X2X2

L6L6

T11

TP3TP3

R22R22

N15N15

33p

R61

12k

R61

12k

L5L5

47uH

H4H4

R15R15

MLGMLG

LED9LED9

R58

2k7

R58

2k7

R44

12k

R44

12k

LED6LED6

SS16L

M8M8

L7L7

R60

470R

R60

470R

NLRNLR

SS16L

R54

2k7

R54

2k7

SS16L

C24

R16R16

N6N6

R48

12k

R48

12k

LED13LED13

M15M15

X1X1

X4X4

C14

MLBMLB

Z1Z1

M7M7

C22

33p

C22

33p

N10N10

R33

2k7

R33

2k7

R55

2k7

R55

2k7

N1N1

R53

680k

R53

680k

L4L4

R38

12k

R38

12k

C16

2u2

C16

2u2

32k

R20R20

R23

12k

R23

12k

T10

H2H2

C21

33p

C21

33p

C19

10u

C19

10u

R56

2k7

R56

2k7

R42

470R

R42

470R

NA5NA5

NA2NA2

T13

NLGNLG

N14N14

TP1TP1

R35

12k

R35

12k

M10M10

R59

2k7

R59

2k7

R30

680k

R30

680k

M1M1

NVCNVC

R45

470R

R45

470R

R52

680k

R52

680k

R46

470R

R46

470R

S1S1

R27

470R

R27

470R

R24

12k

R24

12k

MA1MA1

C26

10u

C26

10u AA

R7R7

R37

n.c.

R37

n.c.

MA5MA5

R49

12k

R49

12k

M18M18

T12

M20M20

BU1

DCF/GPS

BU1

DCF/GPS

N9N9

C18

R29

680k

R29

680k

N19N19

MA3MA3

C10

R18R18

M2M2

T15

M11M11

MA4MA4

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