Nemic-Lambda tog cnt
Abstract: Nemic-Lambda users Nemic-Lambda tog wireless REMOT CIRCUIT DIAGRAM DC24V DC48V DSR30 DSR50 Nemic-Lambda power supply unit remot control system
Contextual Info: USERS MANUAL FOR NEMIC-LAMBDA SWITCHING POWER SUPPLY DSR SERIES DSR30, DSR50 NEMIC-LAMBDA K.K. DSR50(Input DC24V) 1. DSR30(Input DC24V) DSR30(Input DC48V) DSR50(Input DC48V) SPECIAL FEATURES DSR Series is the most reliable switching power supply which was specially
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DSR30,
DSR50)
DSR50
DC24V)
DSR30
DC48V)
Nemic-Lambda tog cnt
Nemic-Lambda users
Nemic-Lambda tog
wireless REMOT CIRCUIT DIAGRAM
DC24V
DC48V
Nemic-Lambda power supply unit
remot control system
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NEMIC LAMBDA supply Circuit diagram
Abstract: nemic lambda 24 VDC power supply Nemic Lambda nemic lambda power supply DC230
Contextual Info: NEMIC LAMBDA FR Series Application Notes apn tl PR Series Application Notes 1 NEMIC LAMBDA PR Series Application Notes (apntl) PH Series Connection *Add the circuit so that CNT turns on when IOG and ENA signals are both LOW. External Components between the PR series and the PH
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4700pF
73/23/EEC)
93/68/EEC)
EN60950.
NEMIC LAMBDA supply Circuit diagram
nemic lambda 24 VDC power supply
Nemic Lambda
nemic lambda power supply
DC230
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Nemic-Lambda tog cnt
Abstract: EWS3000T Nemic-Lambda ews Nemic-Lambda noise filter Nemic-Lambda tog Nemic-Lambda EWS300 B0008-Z Nemic-Lambda ews 25 Nemic-Lambda power supply unit
Contextual Info: NEMIC-LAMBDA Single Output EWS3000T SERIES OPERATION M ANUAL 1. PREPARATION BEFORE U SE-• Make sure that connections with the input/output terminals are properly made as shown in this manual.
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EWS3000T
Nemic-Lambda tog cnt
Nemic-Lambda ews
Nemic-Lambda noise filter
Nemic-Lambda tog
Nemic-Lambda
EWS300
B0008-Z
Nemic-Lambda ews 25
Nemic-Lambda power supply unit
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NEMIC LAMBDA supply Circuit diagram
Abstract: 5 x 20 slow blow fuse 3a transformer 32V CT 1,5A RC-9002A relay 72v 50a pp25 24 5 PP15 PPD3-5-1212 optocoupler 5v to 24V transistor P911
Contextual Info: I NEMIC LAMBDA PP/PPD Series PP/PPD Series Application Notes l Application Notes p.2-9 Block Diagram p.9-11 M ounting M ethod p .12 NÈM1 C LAMBDA Z P 'P W & m e * Application Notes • Recommended Fuse Ratings Basic Connection 5VDC 12VDC 24VDC 48VDC 2A 1A
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12VDC
24VDC
48VDC
PP/PPD10
PPD10
300Khz
NEMIC LAMBDA supply Circuit diagram
5 x 20 slow blow fuse 3a
transformer 32V CT 1,5A
RC-9002A
relay 72v 50a
pp25 24 5
PP15
PPD3-5-1212
optocoupler 5v to 24V
transistor P911
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transistor c111
Abstract: RM50-48-5 RM50-48-3 RM50-48-2 RM50-48-5/TEL RC-9002A
Contextual Info: RM50-48/TEL Specifications NEMIC-LAMBDA * : For delivery, contact to our sales office. C111-01-01/TEL_A MODEL ITEMS Nominal Output Voltage Maximum Output Current Nominal Output Power Efficiency Typ (∗1) Input Voltage Range Input Current (Typ) (∗1) In-rush Current (Typ)
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RM50-48/TEL
C111-01-01/TEL
transistor c111
RM50-48-5
RM50-48-3
RM50-48-2
RM50-48-5/TEL
RC-9002A
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ZUP36-6
Abstract: NEMIC-LAMBDA ZUP10-80 ZUP36-12 Nemic-Lambda GmbH GPIB controller Nemic-Lambda power supply unit zup20-40 ZUP10-40 GP485 Nemic-Lambda power supply unit ZUP120-3.6
Contextual Info: File E194395 Project 98ME31667 August 19, 1999 REPORT on LISTED - MEASURING, TESTING AND SIGNAL GENERATION EQUIPMENT UL 3111-1, PICQ, PICQ7 Nemic-Lambda Ltd. 20101 Karmiel, Israel Copyright 1999 Underwriters Laboratories Inc. Underwriters Laboratories Inc. authorizes the above-named company to
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E194395
98ME31667
E194395
ZUP6-33
ZUP6-66
ZUP10-20
ZUP10-40
ZUP20-10
0-502C)
ZUP36-6
NEMIC-LAMBDA ZUP10-80
ZUP36-12
Nemic-Lambda GmbH
GPIB controller
Nemic-Lambda power supply unit zup20-40
GP485
Nemic-Lambda power supply unit
ZUP120-3.6
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Nemic-Lambda tog cnt
Abstract: Nemic-Lambda sws600 Nemic-Lambda tog Nemic-Lambda power supply unit viore Nemic-Lambda users nemic lambda tog cnt SWS600-24 Nemic-Lambda 5v SWS600
Contextual Info: NEMIC-LAMBDA INSTRUCTION MANUAL SWS 600 Instruction Manual_ BEFORE USING THE POWER SUPPLY UNIT Pay attention to all warnings and cautions before using the unit. Incorrect usage could lead to an electrical shock, damage to the unit or a fire hazard. WARNING and CAUTION
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Nemic-Lambda
Abstract: Nemic-Lambda lwt Nemic lambda lwt
Contextual Info: LWT 30H OUTPUT DERATING NEMIC-LAMBDA TOTAL OUTPUT POWER W Ta (°C) MOUNTING : A MOUNTING : B MOUNTING : C MOUNTING : D 0 ~ 20 30 40 50 60 30 30 30 24 18 30 30 30 24 18 30 30 15 - 30 30 15 - Total Output Wattage (W) OUTPUT DERATING CURVE Convection Cooling
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Nemic-Lambda ph150s 280-5
Abstract: RC9002 1000uf 400Vdc capacitor 1000uf 400vdc CSA234 PH150S PH150S280 C095-01-02B
Contextual Info: PH150S280 Specifications NEMIC-LAMBDA * PH150S PH150S ITEMS 280-3.3 280-5 1 Nominal Output Voltage V 3.3 5 2 Maximum Output Current A 30 30 3 Nominal Output Power W 99 150 72 82 4 Efficiency Typ (∗1) % 5 Input Voltage Range - 200 ~ 400VDC 280VDC input A
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PH150S280
PH150S
400VDC
280VDC
360VDC
RC-9002A
100MHz
1000uF
Nemic-Lambda ph150s 280-5
RC9002
1000uf 400Vdc
capacitor 1000uf 400vdc
CSA234
PH150S
C095-01-02B
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Nemic-Lambda
Abstract: Nemic Nemic-Lambda LWT Nemic-Lambda 50
Contextual Info: LWT 50H OUTPUT DERATING NEMIC-LAMBDA TOTAL OUTPUT POWER W Ta (°C) MOUNTING : A MOUNTING : B MOUNTING : C MOUNTING : D 0 ~ 20 30 40 50 60 50 50 50 40 30 50 50 50 40 30 50 50 30 - 50 50 30 - OUTPUT DERATING CURVE Convection Cooling Total Output Wattage (W)
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CSA950
Abstract: ZWS 100 E
Contextual Info: NEMIC-LAMBDA ZWS 50 SPECIFICATIONS A156-01-01C 13 14 15 16 17 18 19 20 21 22 23 24 25 26 MODEL ITEMS Nominal Output Voltage V Minimum Output Current A Maximum Output Current A Maximum Peak Output Current *1 A Maximum Output Power W Maximum Peak Output Power
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A156-01-01C
CSA950
ZWS 100 E
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ZWS5-24
Abstract: ZWS5-12 ZWS5-15
Contextual Info: NEMIC-LAMBDA ZWS 5 SPECIFICATIONS A152-01-01C 13 14 15 16 17 18 19 20 21 22 23 24 25 26 MODEL ITEMS Nominal Output Voltage Minimum Output Current Maximum Output Current Maximum Peak Output Current Maximum Output Power Maximum Peak Output Power Efficiency Typ
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A152-01-01C
EN55022-B,
ZWS5-24
ZWS5-12
ZWS5-15
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Nemic-Lambda noise filter
Abstract: Nemic-Lambda power supply unit PF1000A-360 PN1215 DC630V Nemic-Lambda 82UF fuse AC250V Nemic-Lambda 5v THERMAL Fuse
Contextual Info: PF1000A-360 Specifications NEMIC-LAMBDA * : For delivery, contact to our sales office. C109-01-01A PF1000A-360 V A W % Hz A A % V V V °C V mA - 360VDC 360VDC 100 ~ 240VAC 200 ~ 240VAC 85 ~ 265VAC 170 ~ 265VAC 85 ~ 255VAC 170 ~ 255VAC 2.8 4.2 1008 1512 90
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PF1000A-360
C109-01-01A
PF1000A-360
360VDC
240VAC
265VAC
255VAC
Nemic-Lambda noise filter
Nemic-Lambda power supply unit
PN1215
DC630V
Nemic-Lambda
82UF
fuse AC250V
Nemic-Lambda 5v
THERMAL Fuse
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CSA950
Abstract: KWS5-12 KWS5-15 PA766-01-01A RC9002A
Contextual Info: KWS5 Specifications NEMIC-LAMBDA *: For delivery, contact to our sales office. PA766-01-01A MODEL KWS5-5 KWS5-12 KWS5-15 15 ITEMS 1 Nominal Output Voltage V 5 12 2 Minimum Output Current A 3 Maximum Output Current A 1.0 0.45 0.35 4 Maximum Output Power W 5.0
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PA766-01-01A
KWS5-12
KWS5-15
100VAC
100VAC,
200VAC
265VAC
440Hz
340VDC
100MHz
CSA950
KWS5-12
KWS5-15
PA766-01-01A
RC9002A
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KWS15-5
Abstract: KWS15-12 KWS15-15
Contextual Info: KWS15 Specifications NEMIC-LAMBDA *: For delivery, contact to our sales office. PA768-01-01A MODEL KWS15-5 KWS15-12 KWS15-15 ITEMS 1 Nominal Output Voltage V 5 12 15 2 Minimum Output Current A 3 Maximum Output Current A 3.0 1.3 1 4 Maximum Output Power W 15.0
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KWS15
PA768-01-01A
KWS15-5
KWS15-12
KWS15-15
100VAC
100VAC,
200VAC
265VAC
440Hz
KWS15-5
KWS15-12
KWS15-15
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9002A
Abstract: KWD5-1212 KWD5-1515
Contextual Info: KWD5 Specifications NEMIC-LAMBDA *: For delivery, contact to our sales office. PA773-01-01 KWD5-1212 MODEL ITEMS CH1 KWD5-1515 CH2 -12V CH2 1 Nominal Output Voltage V +12V 2 Minimum Output Current A 3 Maximum Output Current A 0.22 0.22 0.18 0.18 4 Maximum Output Power
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PA773-01-01
KWD5-1212
KWD5-1515
265VAC
440Hz
340VDC
100VAC
100VAC,
200VAC
100MHz
9002A
KWD5-1212
KWD5-1515
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ZWS10-24
Abstract: ZWS10-12 ZWS10-15 ZWS10-3 ZWS10-5 ZWS10-12 weight
Contextual Info: NEMIC-LAMBDA ZWS 10 SPECIFICATIONS A153-01-01C 13 14 15 16 17 18 19 20 21 22 23 24 25 26 MODEL ITEMS Nominal Output Voltage V Minimum Output Current A Maximum Output Current A Maximum Peak Output Current *1 A Maximum Output Power W Maximum Peak Output Power
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A153-01-01C
EN55022-B,
ZWS10-24
ZWS10-12
ZWS10-15
ZWS10-3
ZWS10-5
ZWS10-12 weight
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EWS-150
Abstract: Nemic-Lambda ews150 Nemic-Lambda Nemic-Lambda ews EWS150 Nemic-Lambda power supply unit
Contextual Info: EWS 150 Specifications NEMIC-LAMBDA A121-01-01C * MODEL *:For delivery, contact to our sales office. * * * * EWS150 EWS150 EWS150 EWS150 EWS150 EWS150 EWS150 EWS150 EWS150 -5 -6 -9 -12 -15 -18 -24 -28 V 5 6 9 12 15 18 24 28 A 30.0 25.0 16.7 12.5 10.0 8.4 6.3
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A121-01-01C
EWS150
EWS150
EWS-150
Nemic-Lambda ews150
Nemic-Lambda
Nemic-Lambda ews
Nemic-Lambda power supply unit
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Nemic-Lambda
Abstract: chroma 6630 espec su-241 espec su-241 temperature chamber ENV216 PA577-53-01 EN55011-B Fluke 19 Multimeter digital power meter 250K LIN
Contextual Info: LSIOO EVALUATION DATA DWG.No PA577-53-01 APPD CHK DWG ¿ék' £ MsHj t j ^ L ÎÀjJéJ^À DÎ i. NEMIC-LAMBDA LS100 INDEX 1. Evaluation Method PAGE 1-1 Circuit used for determination . T -l-5 1 Steady state data (2) Warm up voltage drift characteristics
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PA577-53-01
LS100
115VAC
682MHz)
627MHz)
Nemic-Lambda
chroma 6630
espec su-241
espec su-241 temperature chamber
ENV216
PA577-53-01
EN55011-B
Fluke 19 Multimeter
digital power meter
250K LIN
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C143
Abstract: PCD6-12-1212 PCD6-5-1212 C1410101
Contextual Info: NEMIC-LAMBDA PCD6-5-* SPECIFICATIONS C140-01-01 MODEL PCD6-5-1212 ITEMS CH1 CH2 1 Nominal Output Voltage V +12 -12 2 Maximum Output Current A 0.25 0.25 3 Nominal Output Power 4 Efficiency Typ W 6.0 % 75 V 5 (4.5 - 9) (*1) 5 Input Voltage Range 6 Input Current (Typ)
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C140-01-01
PCD6-5-1212
48VDC
50MHz
C1430101
72VDC
C143
PCD6-12-1212
PCD6-5-1212
C1410101
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PCD1R5-12-1212
Abstract: PCD1R5-5-1212 C135-01-01
Contextual Info: NEMIC-LAMBDA PCD1R5-5-* SPECIFICATIONS C132-01-01 MODEL PCD1R5-5-1212 ITEMS CH1 CH2 1 Nominal Output Voltage V +12 -12 2 Maximum Output Current A 0.06 0.06 3 Nominal Output Power 4 Efficiency Typ W 1.44 % 69 V 5 (4.5 - 9) (*1) 5 Input Voltage Range 6 Input Current (Typ)
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C132-01-01
PCD1R5-5-1212
50MHz
72VDC
48VDC
C1350101
PCD1R5-12-1212
PCD1R5-5-1212
C135-01-01
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RWS - 315
Abstract: RWS 315 pa7600 Nemic-Lambda PA760 CSA950 RWS15A
Contextual Info: NEMIC-LAMBDA RWS 15A Specifications PA760-01-01C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 MODEL ITEMS Nominal Output Voltage Maximum Output Current Maximum Output Power Efficiency Typ Input Voltage Range Input Current (Typ) Inrush Current(Typ)
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PA760-01-01C
RWS - 315
RWS 315
pa7600
Nemic-Lambda
PA760
CSA950
RWS15A
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Nemic-Lambda pcd3-12-1212
Abstract: C13901 PCD3-12-1212 PCD3-5-1212
Contextual Info: NEMIC-LAMBDA PCD3-5-* SPECIFICATIONS C136-01-01 MODEL PCD3-5-1212 ITEMS CH1 CH2 1 Nominal Output Voltage V +12 -12 2 Maximum Output Current A 0.125 0.125 3 Nominal Output Power W 4 Efficiency Typ (*1) 5 Input Voltage Range 3.0 % 72 V 5 (4.5 - 9) 6 Input Current (Typ)
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C136-01-01
PCD3-5-1212
48VDC
50MHz
C1390101
72VDC
Nemic-Lambda pcd3-12-1212
C13901
PCD3-12-1212
PCD3-5-1212
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c12201
Abstract: C123-01-01 c12301 Nemic-lambda PC1R5-12-12 PC1R5-12-5 PC1R5-5-12 C12101
Contextual Info: NEMIC-LAMBDA PC1R5-5-* SPECIFICATIONS C120-01-01 MODEL PC1R5-5-3.3 PC1R5-5-5 PC1R5-5-12 ITEMS 1 Nominal Output Voltage V 3.3 5 12 2 Maximum Output Current A 0.4 0.3 0.125 W 1.32 1.5 1.5 % 66 68 70 3 Nominal Output Power 4 Efficiency Typ (*1) 5 Input Voltage Range
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C120-01-01
PC1R5-5-12
48VDC
72VDC
C1230101
50MHz
c12201
C123-01-01
c12301
Nemic-lambda
PC1R5-12-12
PC1R5-12-5
PC1R5-5-12
C12101
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