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Cincon Electronics Corporation
EC2SB-48D15 10 W, 36 -75 VDC Vin, Double Output, 15 VDC@0.333 A | - 15 VDC@-0.333 A DC-DC Converter
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EC2SB-48D15 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2010 - MIL-STD-217

Abstract: 100X100X
Text: No file text available


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PDF -12S33 -12S05 -12S12 -12S15 -24S33 -24S05 -24S12 -24S15 MIL-STD-217 100X100X
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Abstract: No abstract text available
Text: No file text available


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PDF -12S33 -12S05 2470uF 2000uF -12S1X=
Not Available

Abstract: No abstract text available
Text: No file text available


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PDF -12S33 -12S05 -12S12 -12S15 -24S33 -24S05 -24S12 -24S15
SM2048D15

Abstract: SM3024-D15 SM10 SM30 SM20 SM10-24D12 24S05 SM3048-D12
Text: 5.00 SM05-24D15 SM05- 48D15 ±15 0.33 10.00 SM10-24D15 SM10- 48D15 ±15 0.67 20.00 SM20-24D1S SM20- 48D15 ±15 1.00 30.00 SM30-24D15 SM30- 48D15 Triple Output 3, ±12 7, 1 30.00 S M30-24T03-12 S M


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PDF SM05-48D12 SM10-24D12 SM10-48D12 SM20-24D12 SM20-48D12 SM30-24D12 SM30-48D12 SM05-24D15 SM05-48D15 SM10-24D15 SM2048D15 SM3024-D15 SM10 SM30 SM20 24S05 SM3048-D12
FRS2405

Abstract: BWS2405 iws2405 LDA25-24D5 FRS515 IWD2412 LDP3-24S5 lda25 IWS4805 BWS2412
Text: ~72V) +5/0.25 -5/-0.25 3W LDP3-48D12 +12/0.125 -12/0.125 3W LDP3- 48D15 +15 , .3 IWS4805 IWS4812 IWS4815 IWS4824 15/0.4 LDC6-48D12 +12/0.25 -12/0.25 LDC6- 48D15 +15 , /1.0 -5/1.0 LDA12-48D12 +12/0.5 -12/0.5 LDA12- 48D15 +15/0.4 -15/0.4 LDA25 , LDA7-48D12 +12/0.3 -12/0.3 LDA7- 48D15 +15/0.25 -15/0.25 -12.6/0.3 -


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PDF BWS505 BWS512 LDP3-6S12 BWS515 LDP3-6S15 BWD505 BWD512 LDP3-6D12 BWD515 LDP3-6D15 FRS2405 BWS2405 iws2405 LDA25-24D5 FRS515 IWD2412 LDP3-24S5 lda25 IWS4805 BWS2412
ten 2411

Abstract: LDP3-24S5 25-2411 NR5D15 lda25-48s5 traco ten 3 2411 lda25 TEN3-2421 LDC5-24S5 24S12
Text: -5/1 12 TEN 10-4822 LDA12-48D12 +12/0.5 -12/0.5 12 TEN 10-4823 LDA12- 48D15 , ) LDP3-48D5 +5.0/0.25 -5.0/0.25 2.5 LDP3-48D12 +12.0/0.125 -12.0/0.125 3 LDP3- 48D15 , -48S5 +5.0/1.0 5 +12.0/0.5 6 LDC5-48S12 LDC5-48D12 LDC5- 48D15 48V (36-72) +12.0/0.25


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PDF NR5D12/300 NR5D15/150 LDA12-12S3V3 LDA12-12S5 LDA12-12S12 LDA12-12S15 LDA12-12D5 LDA12-12D12 LDP3-24D5 LDP3-24D12 ten 2411 LDP3-24S5 25-2411 NR5D15 lda25-48s5 traco ten 3 2411 lda25 TEN3-2421 LDC5-24S5 24S12
2003 - PM20-12S05

Abstract: PM20-48S05 PM10-24S05 PM20-24S05 PM2048S03 PM10-48S05 PM30-24S05 PM30-48T05-12 PM30-24S12 PM30-12S05
Text: -24D15 PM20-24D15 PM30-24D15 PM10-48D12 PM20-48D12 PM30-48D12 PM10- 48D15 PM20- 48D15 PM30- 48D15 7.0


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PDF 100ms 1-800-LAMBDA-4 PM20-12S05 PM20-48S05 PM10-24S05 PM20-24S05 PM2048S03 PM10-48S05 PM30-24S05 PM30-48T05-12 PM30-24S12 PM30-12S05
SM30

Abstract: No abstract text available
Text: -48D12 SM05- 48D15 SM10-4SD15 SM20- 48D15 SM30- 48D15 Start U p . Overshoot


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PDF SM30-24T03-12 SM30-24T03-1S SM30-24T05-12 SM30-24T05-15 SM30-48T03-12 SM30-48T03-15 SM30-4ST05-12 SM30-48T05-15 SM30
smd w7

Abstract: W7-24S15 W7-24S12 W7-24D5 W7-12S5 W7-12S15 W7-12S12 W7-12D5 W7-12D15 W7-12D12
Text: -24S15 W7-24D5 W7-24D12 W7-24D15 W7-24S3.3 W7-48S5 W7-48S12 W7-48S15 W7-48D5 W7-48D12 W7- 48D15 W7 , -24S3.3 W7-48S5 W7-48S12 W7-48S15 W7-48D5 W7-48D12 W7- 48D15 W7-48S3.3 Min. Typ. Max. Units 77 78 , -48D12 -20 40 ms W7- 48D15 -25 50 ms W7-48S3.3 -20 40 ms Fig. 1 : W7-12S12 start up delay time , W7- 48D15 -2 10 % W7-48S3.3 -10 15 % Fig.3 : W7-12S12 overshoot Intronics, Inc. 1400 , -48S12 -2 -ms W7-48S15 -2.3 -ms W7-48D5 -1.5 -ms W7-48D12 -4.5 -ms W7- 48D15 -6 -ms W7


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PDF 24-Pin W7-12S5 W7-12S12 W7-12S15 W7-12D5 W7-12D12 W7-12D15 W7-12S3 W7-24S5 W7-24S12 smd w7 W7-24S15 W7-24S12 W7-24D5 W7-12S5 W7-12S15 W7-12S12 W7-12D5 W7-12D15 W7-12D12
2015 - Not Available

Abstract: No abstract text available
Text: 45 ±15 680# 89 MJWI25- 48D15 ±15 ±840 590 45 ±18 380# 89 # For , -24D15 MJWI25-48D12, MJWI25- 48D15 Operating Ambient Temperature Range Natural Convection (8) Nominal Vin , -24D12 MJWI25-24D15, MJWI25-48D12, MJWI25- 48D15 Derating Curve without Heatsink MJWI25-24S05, MJWI25-24S12, MJWI25-24D12 MJWI25-24D15, MJWI25-48D12, MJWI25- 48D15 Derating Curve with Heatsink E-mail , 100 MJWI25- 48D15 Efficiency vs Load Current 2 E-mail:sales@minmax.com.tw 90 % of Full


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PDF MJWI25 EN55022
2015 - 12S05

Abstract: No abstract text available
Text: -48D12 ±12 ±416 239 150# 87 MJW10- 48D15 ±15 ±333 237 100# 88 # For , -48D12-HS MJW10-48D12-RC-HS MJW10- 48D15 MJW10- 48D15 -RC MJW10- 48D15 -HS MJW10- 48D15 -RC-HS E-mail


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PDF MJW10 1500VDC EN55022 12S05
2015 - MJW15-24S12-HS

Abstract: No abstract text available
Text: -48D12 MJW15- 48D15 12 (9 ~ 18) 24 (18 ~ 36) 48 (36 ~ 75) Output Current Input Current , -48S24 MJW15-12S24, MJW15-12D15, MJW15-24S15 MJW15-24S12, MJW15-24D12, MJW15-48S12 MJW15- 48D15 MJW15 , -12D15, MJW15-24S12, MJW15-24S15 MJW15-24D12, MJW15-48S12, MJW15- 48D15 Derating Curve without Heatsink MJW15-12S24, MJW15-12D15, MJW15-24S12, MJW15-24S15 MJW15-24D12, MJW15-48S12, MJW15- 48D15 Derating , -24D15 MJW15-48S033 MJW15-48S05 MJW15-48S12 MJW15-48S15 MJW15-48S24 MJW15-48D12 MJW15- 48D15 E-mail


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PDF MJW15 1500VDC EN55022 MJW15-24S12-HS
PM10-24S05

Abstract: 24S05 PM05 pm3048t0512 PM20-24S05 PM10-12S12 PM30-12D15 12S05 pm05-12s12 PM30-48S05
Text: ±12 1.25 30 PM30-12D12 PM30-24D12 PM30-48D12 ±15 0.167 5 PM05-12015 PM05-24D15 PM0& 48D15 ±15 0.33 10 PM10-12D15 PM10-24D15 PM10-48D1S ±15 0.50 15 PM1S-12D15 PM15-24D15 PM15- 48D15 ±15 0.67 20 PM20-12D15 PM20-24D15 PM20- 48D15 ±15 1.00 30 PM30-12D15 PM30-24D15 PM3048D15 Triple Outputs 3.3, ±12 7


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PDF BC454J PM20-12D12 PM20-24D12 PM20-48D12 PM30-12D12 PM30-24D12 PM30-48D12 PM05-12015 PM05-24D15 48D15 PM10-24S05 24S05 PM05 pm3048t0512 PM20-24S05 PM10-12S12 PM30-12D15 12S05 pm05-12s12 PM30-48S05
2015 - Not Available

Abstract: No abstract text available
Text: -48D12 MJWI15- 48D15 24 (9 ~ 36) 48 (18 ~ 75) Output Current Input Current Reflected OVP , -24D12 ℃ -40 MJWI15-24D15, MJWI15-48S12 MJWI15-48S15, MJWI15- 48D15 MJWI15-24S05, MJWI15 , -24D12, MJWI15-24D15, MJWI15-48S12, MJWI15-48S15,MJWI15- 48D15 Derating Curve without Heatsink MJWI15-24S15, MJWI15-24D12, MJWI15-24D15, MJWI15-48S12, MJWI15-48S15,MJWI15- 48D15 Derating Curve with Heatsink , -48D12 MJWI15- 48D15 E-mail:sales@minmax.com.tw 2015/05/22 P4 Tel:886-6-2923150 Page 9 of 10


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PDF MJWI15 EN55022
EN55022

Abstract: PXB15-12D12 ETS300 PXB15 15W ZENER DIODES PXB15-24D15 PXB15D PXB15-24D12 24DXX
Text: 48D12 368 48D15 Input Standby Current 30 12D12 30 30 24D05 20 24D12 15 24D15 25 48D05 15 48D12 15 48D15 Under Voltage Lockout Turn-on Threshold 20 mA , Typ 12D12 88 85 24D12 88 24D15 88 48D05 85 48D12 89 48D15 Unit , Output Characteristic Curves (Continued) All test conditions are at 25 ºC. PXB15- 48D15 Efficiency , test conditions are at 25 ºC. PXB15- 48D15 Conduction Emission of EN55022 Class A Using ON/OFF


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PDF PXB15-xxDxx PXB15 PXB15-12DXX PXB15-24DXX PXB15-48DXX PXB15D TR-NWT-000332 EN55022 PXB15-12D12 ETS300 15W ZENER DIODES PXB15-24D15 PXB15-24D12 24DXX
2014 - Not Available

Abstract: No abstract text available
Text: MJW25- 48D15 ±15 ±840 590 40 ±18 380# 89 30 # For each output E-mail , see relative Derating Curves) MJW25-12D12, MJW25-12D15 MJW25-24D12, MJW25-24D15 MJW25-48D12, MJW25- 48D15 , -12S15, MJW25-12D12 MJW25-12D15, MJW25-24D12, MJW25-24D15,MJW25-48D12,MJW25- 48D15 MJW25-12D15, MJW25-24D12, MJW25-24D15,MJW25-48D12,MJW25- 48D15 Derating Curve with Heatsink Derating Curve without Heatsink , Load MJW25-48D12 Efficiency vs Load Current MJW25- 48D15 Efficiency vs Load Current Notes 1


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PDF MJW25 1500VDC
2015 - Not Available

Abstract: No abstract text available
Text: -48D12 MKWI40- 48D15 Input Voltage (Range) VDC 3.3 5 12 15 24 ±12 ±15 3.3 5 12 15 24  , -24D15 MKWI40-48D12, MKWI40- 48D15 Natural Convection without Heatsink Natural Convection with Heatsink 100LFM , 80 100 110 Ambient Temperature C MKWI40-24D12,MKWI40-24D15, MKWI40-48D12, MKWI40- 48D15 , -24D12,MKWI40-24D15, MKWI40-48D12, MKWI40- 48D15 Derating Curve with Heatsink ® MKWI40 SERIES DC/DC , 90 100 % of Full Load MKWI40- 48D15 Efficiency vs Load Current E-mail:sales@minmax.com.tw


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PDF MKWI40
831-1360

Abstract: PM20-24S05
Text: -24S05 18 to 36 5.0 6.00 30.00 3.0 ¥ 2.5 ¥ 0.335 106.37 103.42 831-1465 PM10- 48D15 36 to 75 ±15.0 0.33 10.00 , 53.55 831-1470 PM20- 48D15 36 to 75 ±15.0 0.67 20.00 2.0 ¥ 1.6 ¥ 0.335 92.82 90.24 831-1330 PM20-24S12 18 to 36 12.0 1.67 20.00 2.0 ¥ 1.6 ¥ 0.335 89.76 87.27 831-1475 PM30- 48D15 36 to 75 ±15.0 1.00 30.00 3.0


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PDF PAH75S48-12/V PAH150S48-12/V PAH75S48-15/V PAH150S48-15/V PAH75S48-24/V PAH150S48-24/V PAH75S48-28/V PAH150S48-28/V PAH75D48-5033 831-1360 PM20-24S05
ETS300

Abstract: 7G-0047-C 7G-0047C-F
Text: 772 24D12 744 24D15 744 48D05 386 48D12 368 48D15 Input Standby Current , 48D15 Under Voltage Lockout Turn-on Threshold 20 mA 12DXX 9 24DXX 18 48DXX Under , 24D12 88 24D15 88 48D05 85 48D12 89 48D15 Unit 87 24D05 Max 85 , test conditions are at 25 ºC. PXB15- 48D15 Efficiency versus Output Current Typical Output Ripple , Output Characteristic Curves (Continued) All test conditions are at 25 ºC. PXB15- 48D15 Conduction


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PDF PXB15-xxDxx PXB15-12DXX PXB15-24DXX PXB15-48DXX PXB15D TR-NWT-000332 ETS300 7G-0047-C 7G-0047C-F
PKC 2132 PI

Abstract: LDG150-48S15 PKT 4113 API pks 2111 PI PKA 2231 PI PKF 4910 PI PKC 2131 PI PKA 2232 PI PKT 4113 API ericsson PKA 2432 PIL
Text: 40 PKC 2000/4000 I Series EriPowerTM 15-18 Watt DC/DC Power Modules LN30- 48D15 48 , -48D12 +12 / 125 -12 / 125 3 LDP3- 48D15 +15 / 100 -15 / 100 3 PKG 2410 PI PKG 2611 PI


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PDF LNR30-24S05 LN40-24S05 LN30-24D12 LN30-24T05-12 LN30-24T05-15 LN40-24T05-15 SMP-1151SB SMP-1152SB SMP-1152DB LDA7-24S5 PKC 2132 PI LDG150-48S15 PKT 4113 API pks 2111 PI PKA 2231 PI PKF 4910 PI PKC 2131 PI PKA 2232 PI PKT 4113 API ericsson PKA 2432 PIL
United Chemi-Con 672D

Abstract: Computer Products NFC15-48D15 NFC15-48S12 NFC15-48D15 NFC15-48S15
Text: -48S12 _ NFC15-48S15_ NFC15-48D12 _ NFC15- 48D15 '_ " _ OA_ _ _3A _ 75 mV , -1 2 V Trim NFC15- 48D15 Input (+ ) Input ( - ) (no pin) Control + 15V Output Return -1 5 V Trim


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PDF NFC15 20VDC 72VDC. 48VDC 600mA United Chemi-Con 672D Computer Products NFC15-48D15 NFC15-48S12 NFC15-48D15 NFC15-48S15
Not Available

Abstract: No abstract text available
Text: NFC15- 48D15 Linear ICs dc-to-dc/Charge Pump Voltage Converter status Military/High-RelN Output Voltage Nominal (V)15ñ Load Current Max. (A)500m Drop-Out Volt Max. P(D) Max. (W) Nom. Supp (V)48 Minimum Operating Temp (øC)-20 Maximum Operating Temp (øC)60 Package StyleModule Mounting StyleT Pinout Equivalence CodeN/A # PinsN/A Ckt. (Pinout) Number DescriptionSwitching freq.:200KHZ +/-5% American Microsemiconductor


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PDF NFC15-48D15 200KHZ
NFC15-48S05 Computer Products

Abstract: nfc15 48S05 computer products
Text: 0.156A 75 75 75 75 ±2% ± 2% ±2% NFC15- 48D15 5.0V 12.0V 15.0V + 12.0V -1 2 .0 V + , -48D12 NFC15- 48D15 Pin 1 Input (+ ) Input (+ ) Input (+ ) Input (+ ) Input (+ ) Pin 2


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PDF NFC15 20VDC 72VDC. NFC1S-48S1S NFC15-48D12 NFC15-48D15 NFC15-48S05 Computer Products nfc15 48S05 computer products
Not Available

Abstract: No abstract text available
Text: NFC10- 48D15 Linear ICs dc-to-dc/Charge Pump Voltage Converter status Military/High-RelN Output Voltage Nominal (V)15ñ Load Current Max. (A)333m Drop-Out Volt Max. P(D) Max. (W) Nom. Supp (V)48 Minimum Operating Temp (øC)-25 Maximum Operating Temp (øC)71 Package StyleModule Mounting StyleT Pinout Equivalence CodeN/A # PinsN/A Ckt. (Pinout) Number DescriptionSwitching freq.:400KHZ +/-10% American Microsemiconductor


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PDF NFC10-48D15 400KHZ
Not Available

Abstract: No abstract text available
Text: NFC20- 48D15 Linear ICs dc-to-dc/Charge Pump Voltage Converter status Military/High-RelN Output Voltage Nominal (V)15ñ Load Current Max. (A)666m Drop-Out Volt Max. P(D) Max. (W) Nom. Supp (V)48 Minimum Operating Temp (øC)-20 Maximum Operating Temp (øC)60 Package StyleModule Mounting StyleT Pinout Equivalence CodeN/A # PinsN/A Ckt. (Pinout) Number DescriptionSwitching freq.:200KHZ +/-5% American Microsemiconductor


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PDF NFC20-48D15 200KHZ
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