Agilent Technologies Official Manual for E3614A and E3615A Power Supply Component Values

Page 33

Table A-11. Component Value

Component

Model

	E3614A	E3615A	E3616A	E3617A

C2	1000UF 25V +-20% AL-ELECTLT	470UF 50V +-20% AL-ELECTLT	330UF 50V +-20% AL-ELECTLT	220UF 100V +-20% AL-ELECTLT

C7,8	39000UF 25V +-20% AL-ELECTLT	12000UF 63V +-20% AL-ELECTLT	5600UF 100V +-20% AL-ELECTLT	2700UF 160V +-20% AL-ELECTLT

C11,16,17,25,26	0.01UF 100V +-10% CER X7R	0.01UF 100V +-10% CER X7R

C12	0.1UF 50V +-10% CER X7R	0.1UF 50V +-10% CER X7R

C18,21,24,27	0.1UF 630V +-10% POLYE-FL	0.1UF 630V +-10% POLYE-FL

C19,22	1000PF 100V +-5% COG	1000PF 100V +-5% COG

C20,23	1UF 50V +-20% AL-ELECTLT	1UF 50V +-20% AL-ELECTLT

C29	0.01UF 100V +-10% CER X7R	0.01UF 100V +-10% CER X7R	0.047UF 100V +-10% POLYP-MET	0.047UF 100V +-10% POLYP-MET

C61			1UF +-10% 250V POLYP-MET	1UF +-10% 250V POLYP-MET

C62			470PF +-5% 100V CER COG	470PF +-5% 100V CER COG

C63,64,65,66				0.012UF +-10% 200V PE-FL

R1,2	0.1 +-1% 5W	0.2 +-1% 5W	0.6 +-5% 5W	1.78 +-1% 5W

R8,9	1K 1% .125W	1K 1% .125W	1K +-5% 1W	1K +-5% 1W

R11	2K +-5% 3W	5K +-5% 3W	27k +-5% 2W	45K +-5% 2W

R12	1K +-1% .125W	1K +-1% .125W

R13	68.1K +-1% .125W	68.1K +-1% .125W

R14,48,52	19.6K +-1% .125W	19.6K +-1% .125W

R15	10K +-1% .125W	10K +-1% .125W

R16	100K +-1% .125W	100K +-1% .125W

R36	7.32K +-1% .125W	6.81K +-1% .125W	8.25K +-1% .125W	9.53K +-1% .125W

R39	7.5K +-1% .125W	7.15K +-1% .125W	8.66K +-1% .125W	10K +-1% .125W

R40	2.43K +-1% .125W	3.09K +-1% .125W	5.23K +-1% .125W	6.81K +-1% .125W

R41	8.06K +-1% .125W	33.2K +-1% .125W	66.5K +-1% .125W	121K +-1% .125W

R42,44,54,56	10 +-1% .125W	10 +-1% .125W	147 +-1% .125W	147 +-1% .125W

R43,55	100 +-1% .125W	100 +-1% .125W	1K +-1% .125W	1K +-1% .125W

R45,57	100 +-1% .125W	100 +-1% .125W

R46,53	10 +-1% .25W	10 +-1% .25W

R47,50	499 +-1% .125W	499 +-1% .125W

R49,51	1.96K +-1% .125W	1.96K +-1% .125W

R58	0.2 +-1% 10W	0.2 +-1% 10W	0.6 +-1% 10W	1.78 +-1% 5W

R59	0.2 +-1% 10W			1.78 +-1% 5W

R60	390 +-5% 3W	1K +-5% 3W	1.52K +-5% 3W	2.6K +-5% 3W

R62	42.2K +-1% .125W	105K +-1% .125W	475K +-1% .125W	825K +-1% .125W

R70	178K +-1% .125W	383K +-1% .125W	23.7K +-1% .125W	100K +-1% .125W

R72	13.3K +-1% .125W	6.19K +-1% .125W	51.1K +-1% .125W	26.1K +-1% .125W

R74,75	12.1K +-1% .125W	12.1K +-1% .125W	20.5 +-1% .125W	17.8K +-1% .125W

R77	21.5 +-1% .125W	21.5 +-1% .125W	56.2 +-1% .125W	56.2 +-1% .125W

R79	147K +-1% .125W	422K +-1% .125W	681K +-1% .125W	1M +-1% .125W

R82	26.1K +-1% .125W	26.1K +-1% .125W	68.1K +-1% .125W	68.1K +-1% .125W

R98	261K +-1% .125W	100K +-1% .125W	68.1K +-1% .125W	31.6K +-1% .125W

R115	75K +-1% .125W	82.5K +-1% .125W	75K +-1% .125W	68.1K +-1% .125W

R116	28K +-1% .125W	38.3K +-1% .125W	38.3K +-1% .125W	35.7K +-1% .125W

R124			1 +-1% .125W	1 +-1% .125W

R125			681K +-1% .125W	681K +-1% .125W

Q1,4	MOSFET N-CHAN E-MODE TO 204AE	MOSFET N-CHAN E-MODE TO 204AE	MOSFET N-CHAN E-MODE TO 3 SI	MOSFET N-CHAN E-MODE TO 3 SI

Q5,8	NPN 2N2222A SI TO-18 PD=500MW2	NPN 2N2222A SI TO-18 PD=500MW

Q6,7	NPN 2N2222A SI TO-18 PD=500MW2	NPN 2N2222A SI TO-18 PD=500MW2	PNP 2N2907A SI TO-18 PD=400MW	PNP 2N2907A SI TO-18 PD=400MW

U2	IC OP AMP GP DUAL 8 PIN DIP-P	IC OP AMP GP DUAL 8 PIN DIP-P

U21,22,23,24			OPTO-ISOLATOR LED-TRIAC	OPTO-ISOLATOR LED-TRIAC

CR3,4,5,6,7	DIODE-GEN PRP 180V 200MA D0-35	DIODE-GEN PRP 180V 200MA D0-35

CR11,14	DIODE-PWR RECT 400V 1A 50NS DO-41	DIODE-PWR RECT 400V 1A 50NS DO-41

T1	TRANSFORMER-POWER FOR E3614A	TRANSFORMER-POWER FOR E3615A	TRANSFORMER-POWER FOR E3616A	TRANSFORMER-POWER FOR E3617A

T2,3	TRANSFORMER-PULSE; PRI IND:5MH	TRANSFORMER-PULSE; PRI IND:5MH

A-19

Image 33

Contents April Agilent E361xA 60W Bench Series DC Power SuppliesSafety Summary Operating Instructions General Information Meter Programming Resolution Operating Temperature RangeTemperature Coefficient Line FuseInstallation Data InstallationInput Power Requirements Initial InspectionTURN-ON Checkout Procedure Power CordOperating Instructions Connecting Loads Local Operating ModeOperating Modes Operation Beyond Rated OutputRemote Operating Modes Remote Voltage SensingRemote Analog Voltage Programming MULTIPLE-SUPPLY Operation Normal Parallel OperationAUTO-PARALLEL Operation Gramming according to the remote-programming instructions Normal Series OperationTotal output voltage to ground must not exceed 240 Vdc AUTO-SERIES Operation= slave output voltage AUTO-TRACKING OperatonLoad Considerations Service Information Maintenance Test Equipment RequiredOperation Verification Tests Type Required Characteristics USE Recommended Model Performance TestsMeasurement Techniques Load Regulation Load Effect Constant Voltage CV TestsLine Regulation Source Effect Load Transient Response TimePARDRipple and Noise Pardrms MeasurementPARDPeak-to-Peak Measurement CV Drift Stability Constant Current CC TestsCC Drift Stability Adjustment and Calibration ProcedureOverall Troubleshooting Procedure TroubleshootingReference and Bias Circuit Regulating Loop TroublesOvervoltage Protection Circuit Troubles Symptom Checks and Probable CausesStep Action Response Probable Cause Step Measure Response Probable Cause Replaceable Parts Table A-10. Replaceable Parts List Table A-10. Replaceable Parts List Contd R28,111 0698-3228 Resistor 49.9K +-1% .125W TF TC=0+-100 RESISTOR-VAR 10K +-10% ALL IC V RGLTR-FXD-POS 4.8/5.2V TO-220 PKG ALL DIODE-GEN PRP 180V 200MA DO-35 ALL Table A-11. Component Value Model Page Page Page Page Manual Supplement T E Constant Voltage ModeProgramming Voltage Common to the Minus Output Alternative Voltage Programming Using ResistorsProgramming Voltage Common to the Minus Output Constant Current with Voltage Programming Constant Current ModeCurrent Monitoring Remote Resistor Programming, Constant Voltage Remote Resistor Programming ConnectionsRemote Resistor Programming, Constant Current Certification Declaration of Conformity