NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: SPECIFICATIONS @ 25°C 1. LI+II 30uH (NI+II SERIES) AT 10KHz 100mVrms(core 1, 2) 2. POLARITY AND TURNS RATIO , (core1, 2) 4. LSI+II 5.0uH(NI+II SERIES, NIII+IV SHORTED) AT 100KHz 100mVrms(core1, 2) 5. LS V 0.6uH(NVI VII VIII SHORTED) AT 100KHz 100mVrms(core 3) 6. LV=LVI=LVII=LVIII=5.0mH+50%/-30% at 10KHz 100mVrms(core 3) 7. ZI=ZII 625 AT 20KHz 100mVrms WITH Idc=5mA(core 1,2) 8. HI-POT TEST: UP=2.0KVrms, 2S ... | Original |
1 pages, |
S5012 S5012 abstract |
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| Abstract: ISDN S-INTERFACE TRANSFORMER P/N: S5014 S5014 DATA SHEET A. CHARACTERISTIC DATA: ~ ~ 1.RI=RII 0.6 ~ ~ 2.RIII 3.0 3.Idc=3.6mA < 4.TU(AMB) 60ºC B. ELECTRICAL SPECIFICATIONS @25°C > 1. LI+II 30mA (NI+II SERIES) AT 10KHz 100mVrms(CORE 1,2) < 3. CK 120pF (NIII TO NI | NII) AT 10KHz 100mVrms(CORE1,2) < 4. LS I+II 3.0uH(NI+II SERIES, NIII+ SHORTED) AT 100KHz 100mVrms(CORE1,2) 5.ZI=ZII > 625 AT 20KHz 100mV WITH Idc=3.6mA(CORE 1,2) 6.HI-POT TEST: UP=3.0KVrms, 2S (NI/II (CORE 1+CORE 2) TO NIII (CORE ... | Original |
1 pages, |
tu marking S5014 S5014 abstract |
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| Abstract: 100mVRMS 2. Tested at 100 kHz and 100mVRMS 1 8 Physical Dimensions 4 5 inches (mm ... | Original |
1 pages, |
needle flame test datasheet abstract |
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| Abstract: : 100Hz, 100mVrms SUB : 100Hz, 100mVrms 100% BIL.Q 11 V21 12 V21 1kHz MONO : 10kHz, 100mVrmsv V8 / V9 b b SUB : 10kHz, 100mVrms V8 , MONO : 400Hz, 100mVrms 9 V21 SUB : 400Hz, 100mVrms V8 / V9 b b , V8 / V9 b b V8 / V9 b b BIL.Q 13 V21 1kHz, 100mVrms 14 V21 , 20 V21 1kHz, 100mVrms, 1kHz, 100% (31.5 ±10kHz FM , 212mVp-p), STE.Q V8 / V9 b b ... | Original |
14 pages, |
VR25 100PPM TA7762N TA7762N abstract |
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| Abstract: characteristics BA3822LS BA3822LS and BA3822FS BA3822FS (unless otherwise noted, Ta = 25_C, VCC = 8V, VIN = 100mVrms (1kHz), RL = 20k, and F = FLAT) BA3823LS BA3823LS (unless otherwise noted, Ta = 25_C, VCC = 8V, VIN = 100mVrms (1kHz), RL = 20k, and F = FLAT) BA3824LS BA3824LS (unless otherwise noted, Ta = 25_C, VCC = 8V, VIN = 100mVrms ... | Original |
5 pages, |
equalizer audio 5v IC BA3822LS DATA BA3822FS car audio circuit BA3822L equalizer ic graphic equalizer SSOP-A24 BA3823LS BA3824LS BA3822 BA3822LS ic ba3822ls BA3822LS abstract |
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| Abstract: Capacitance: Test Voltage: VP (Vrms) Line side windings in series - measurement @ 10kHz, 100mVrms Line side windings in series, IC side windings short circuited - measurement @ 100kHz, 100mVrms IC side winding to Line side windings in parallel @ 10kHz, 100mVrms 2,5kV for 1 sec. - Line side windings ... | Original |
1 pages, |
UV-130A UF-130A PEB20950 PEB2095 AM20950 AM2095 130A ISO-9001 PEB2095 abstract |
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| Abstract: side windings in series - measurement @ 10kHz, 100mVrms Line side windings in series, IC side winding/s short circuited - measurement @ 100kHz, 100mVrms IC side winding (windings in series) to Line side windings in series @ 10kHz, 100mVrms 1.5kV for 2 Sec. - Line side windings in series to IC side winding (IC windings in series) Measured @ 10kHz, 100mVrms Dimensions 0.551 0.472 (14.00) (13.00 ... | Original |
1 pages, |
UAJ-140C UAJ-140B-502 UAJ-130A-502 UAJ-120A-502 ISO-9001 ISO-9001 abstract |
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| Abstract: CL Vi = 100mVrms, fm = 15kHz 78% AM 50 57 dB Maximum AFT Voltage V17H Vi = , 100mVrms, fm = 400Hz, f = ±25kHz 450 680 850 mVrms THD(2) Vi = 100mVrms, fm = 400Hz, f = ±25kHz 0.5 1.0 % AM Rejection AMR Vi = 100mVrms, fm = 400Hz, f = ±25kHz 30% 50 , AF Amp Gain GAF Vi = 100mVrms, f = 400Hz 18 20 22 dB AF Amp Output Voltage VO ... | Original |
3 pages, |
V17L NTE1728 CM3225-4pad VH13H NTE1728 abstract |
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| Abstract: CL Vi = 100mVrms, fm = 15kHz 78% AM 50 57 dB Maximum AFT Voltage V17H Vi = , 100mVrms, fm = 400Hz, f = ±25kHz 450 680 850 mVrms THD(2) Vi = 100mVrms, fm = 400Hz, f = ±25kHz 0.5 1.0 % AM Rejection AMR Vi = 100mVrms, fm = 400Hz, f = ±25kHz 30% 50 , AF Amp Gain GAF Vi = 100mVrms, f = 400Hz 18 20 22 dB AF Amp Output Voltage VO ... | Original |
3 pages, |
V17L NTE15001 COIL SIF VH13H NTE15001 abstract |
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| Abstract: TRANSFORMER FOR ANNEX B ROUTER SAFETY E202778 E202778 MODEL NO. : SAT-1327A SAT-1327A ELECTRICAL SPECIFICATION : (AP0840 AP0840 COMPATIBLE) * IMPEDANCE RATIO * INDUCTANCE * DC RESISTANCE : PRI SEC : 100:100 : 4 1 w/2-3 SHORTED : 102.4 uH ±5% @ 10 KHZ,100mVRMS. :10 8 : 0.95 MAX : 9 7 : 1.2 MAX : 3 1 : 1.0 MAX : 4 2 : 1.0 MAX * LEAKAGE INDUCTANCE : 4 1 : 6uH MAX. @ 10 KHZ,100mVRMS. w/ 3 29 - 8 & 7 10 SHORTED : 4 2 : 3 1 = 1:1 ±1% * TURN RATIO : 4 1 : 7 10 = 1:1 ... | Original |
1 pages, |
SAT-1327A E202778 AP0840 E202778 abstract |
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| Abstract: TRANSFORMER FOR ADSL MODEM MODEL NO. : SAT-1316 SAT-1316 I ELECTRICAL SPECIFICATION : (C1308 C1308 COMPATIBLE,UL1950 UL1950 APPROVAL) * IMPEDANCE RATIO * INDUCTANCE KHZ,100mVRMS. é DC RESISTANCE PRI - SEC : 100Q :100fì 1 -4 w/3-2 SHORTED : 440 uH ± 5% © 10 1-3 : 0.59Q MAX. 2-4 : 0.59Q MAX. 9-7 : 0.48Q MAX. 10-8 : 0.48Q MAX. 1 - 4 : 12uH MAX. @ 300 KHZ,100mVRMS. w/3 - 2 ,10 - 7 & 8 -9 SHORTED 10-8:9 - 7: 1:1 ± 1%. : 10-8:1 -3:1:1 ± 1%. * HI -POT : 1875 VRMS FOR 2 SECONDS BETWEEN PRIMARY AND SECONDARY. * LEAKAGE ... | OCR Scan |
1 pages, |
SAT-1316 C1308 UL1950 SAT-1316 abstract |
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| Abstract: TRANSFORMER FOR ADSL MODEM MODEL NO. : SAT-1313 SAT-1313 ELECTRICAL SPECIFICATION : (C1414 C1414 COMPATIBLE) * IMPEDANCE RATIO * INDUCTANCE * DC RESISTANCE PRI-SEC: 100Q :100Q 1 - 4 w/2-3 SHORTED : 470 uH ± 5% @ 10 KHZ,100mVRMS. 10-8:0.63Q MAX. 9-7 : 0.63Q MAX. 1 -3 : 0.65Q MAX. 2-4 :0.65il MAX. * LEAKAGE INDUCTANCE : 1 - 4 : 10uH MAX. @ 300 KHZ;100mVRMS. w/2 - 3,8-9 & 7 - 10 SHORTED 'TURN RATIO : 10- 8 : 9 -7 = 1:1± 1% : 10-8 :1 -3= 1:1± 1 % * HI -POT : PRI - SEC : 1500 VRMS FOR 1 SECOND BETWEEN PRIMARY AND ... | OCR Scan |
1 pages, |
SAT-1313 C1414 063q "shorted turn" SAT-1313 abstract |
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| Abstract: ADSL U-Interface Transformer Turns Ratio ( + 3 % ) 1:1:1:1 Schematic Diagram PARAMETER MIN. MAX. UNITS Primary Inductance1 (Chip Side) Pins 1-5 with 2 & 4 shorted. 396 484 uH 10 1 15 uH 7 Line Side 9 4 Chip Side 2 Primary DC Resistance Pins 1-2 or 4-5 0.16 ohms 6 5 Secondary DC Resistance Pins 6-9, or 7-10 1.20 ohms Leakage Inductance 2 Pins 1-5 with 2 & 4 shorted. Secondary Shorted Isolation (Hi-Pot) 2500 ... | Original |
1 pages, |
T-1281 hi pot test sheets datasheet abstract |
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| Abstract: 10Base-T Isolation Transformer with Common Mode Choke ELECTRONICS INC. EPE6322S EPE6322S · Robust construction to meet tough IR/VP soldering process · Complies with or exceeds IEEE 802.3, 10Base-T Standards · 16 Pin SOIC Module Electrical Parameters @ 25° C OCL (uH Min.) Interwinding Capacitance (pF Max.) @ 100 MHz, 100 mVrms 200 @ 100 MHz, 100 mVrms 12 Hipot (Vrms) @ 100 MHz, 100 mVrms 0.20 PrimaryDCR ( Max.) 1500 Leakage Inductance (uH Max.) 0.30 Pins ... | Original |
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EPE6322S EPE6322S abstract |
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| Abstract: 10Base-T PCMCIA Interface Module ELECTRONICS INC. EPE6172AS-M EPE6172AS-M · Operating Temperature : -40°C to +85°C · Complies with or exceeds IEEE 802.3, 10Base-T Requirements Electrical Parameters @ 25° C OCL (uH Min.) Interwinding Capacitance (pF Max.) Leakage Inductance (uH Max.) Hipot (Vrms) 100 KHz, 100 mVrms @ 100 KHz, 100 mVrms @ 100 KHz, 100 mVrms 60-80 150 12 0.20 1500 Primary DCR ( Max.) 0.35 Schematic 1 1CT : 1CT 16 2 15 ... | Original |
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EPE6172AS-M EPE6172AS-M abstract |
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| Abstract: © 2000 SCHOTT CORPORATION TITLE INDUCTOR, 4 mH POTS LOW PASS FILTER PART NUMBER SCHOTT 1000 PARKERSMN 55391 LAKE ROAD WAYZATA, 31629 CORPORATION inches (mm) SPECIFICATIONS 6 5 4 PINS: .020 X .043 (0.51 X 1.1) TEMP CLASS 130°C 1. INDUCTANCE: @ 100 mVrms, 1 KHz 1-3, 4-6, @ 0 dc = 3.8 TO 4.2 mH @ 60 mAdc = 3.8 mH MIN 2. LEAKAGE INDUCTANCE: @ 100 KHz, 100 mVrms 1-3 TIE 4-6 = 30 uH MAX 3. IWC: @ 100 KHz, 100 mVrms 1-4 = 100 pF MAX LABEL SCHOTT ... | Original |
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datasheet abstract |
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| Abstract: 10 Base-T Isolation Transformer with Common Mode Choke ELECTRONICS INC. EPE6172AS-M EPE6172AS-M · Operating Temperature : -40°C to +85°C · · Complies with or exceeds IEEE 802.3 Base-T Requirements · Electrical Parameters @ 25° C OCL (uH Min.) Interwinding Capacitance (pF Max.) @ 100 KHz 100 m Vrms @ 100 KHz 100 m Vrms 150 Leakage Inductance (uH Max.) 12 Hipot (Vrms) Primary DCR ( Max.) 1500 .35 @ 100 KHz 100 m Vrms 0.20 Minimum Parallel Impedance ... | Original |
1 pages, |
EPE6172AS-M EPE6172AS-M abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| .45 V PSRR AND POWER CONSUMPTION PSRRC Power supply rejection Vpos to 2W port Vripple = 100mVrms 50 to www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6466-v2.htm |
STMicroelectronics | 14/06/1999 | 46.24 Kb | HTM | 6466-v2.htm |
| Rejection Ratio Relative to VB- f = 10Hz Vn = 100mVrms -20 dB f = 1KHz Vn = 100mVrms -35 dB f =3.4KHz Vn = 100mVrms -30 dB Ltc Longitudinal to Transversal Conversion f = 300 to 3400Hz I line = 30mA ZML = 600 W . Input Impedance L3092 L3092 L3092 L3092's Pin RGIN 50 K W Vrr Residual of Ringing Signal at Tx Output 100 mVrms Trt Ring www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5180-v1.htm |
STMicroelectronics | 14/06/1999 | 44.18 Kb | HTM | 5180-v1.htm |
| rejection Vpos to 2W port Vripple = 100mVrms 50 to 4000Hz 26 36 dB Ivpos Vpos supply current @ ii = 0 HI www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6465-v1.htm |
STMicroelectronics | 02/04/1999 | 38.3 Kb | HTM | 6465-v1.htm |
| Voltage Rejection Ratio Relative to VB- f = 10Hz Vn = 100mVrms -20 dB f = 1KHz Vn = 100mVrms -35 dB f =3.4KHz Vn = 100mVrms -30 dB Ltc Longitudinal to Transversal Conversion f = 300 to 3400Hz I line = 30m . Input Impedance L3092 L3092 L3092 L3092's Pin RGIN 50 K W Vrr Residual of Ringing Signal at Tx Output 100 mVrms Trt Ring www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1336.htm |
STMicroelectronics | 25/05/2000 | 46.05 Kb | HTM | 1336.htm |
| .0 V DC + 100 mVrms, f = 0 kHz-50 kHz 40 dBp NPSR X Negative Power Supply Rejection, Transmit (note 2) V BB = - 5.0 V DC + 100 mVrms, f = 0 kHz-50 kHz 40 dBp PPSR R Positive Power Supply Rejection, Receive (PCM code equals positive zero, V CC = 5.0 VD C + 100mVrms) f = 0Hz to 4000Hz f = 4KHz to 25KHz f positive zero, VBB = 5.0 VD C + 100mVrms) f = 0Hz to 4000Hz f = 4KHz to 25KHz f = 25KHz to 50KHz 40 40 36 www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1315.htm |
STMicroelectronics | 25/05/2000 | 32.95 Kb | HTM | 1315.htm |
| V CC = 5V DC + 100mVrms f = 0Hz to 4000Hz (note 4) f = 4kHz to 50kHz 30 30 dBp dBp NPSRX Negative Power Supply Rejection Transmit V SS = -5V DC + 100mVrms f = 0Hz to 4000Hz (note 4) f = 4kHz to 50kHz 30 + 100mVrms Measure VFR0 f = 0Hz to 4000Hz f = 4kHz to 25kHz f = 25kHz to 50kHz 30 40 36 dBp dB dB NPSRR Negative Power Supply Rejection Receive PCM Code Equals Positive Zero V SS = -5V DC + 100mVrms Measure VFR0 www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1529.htm |
STMicroelectronics | 25/05/2000 | 63.41 Kb | HTM | 1529.htm |
| B SVRR Relative to V DD f = 3400Hz Vs = 100mVrms - 30 - 26 dB SVRR Relative to V SS - 32 - 30 dB Ltc Terminals - 73 - 68 dB SVRR Relative to Vdd f = 3400Hz Vs = 100mVrms - 23 dB SVRR Relative to Vss - 23 d www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1335.htm |
STMicroelectronics | 25/05/2000 | 43.28 Kb | HTM | 1335.htm |
| . Max. Unit POWER SUPPLY REJECTION (V RIPPLE = 100mVrms) LINE TERMINALS PSRR V CC ref to AGND 50Hz to 3 www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1033.htm |
STMicroelectronics | 25/05/2000 | 40.77 Kb | HTM | 1033.htm |
| S = 2.2K W ; Vr = 100mVrms f = 100Hz; C SVR = 100 m F 50 dB HEADPHONE DRIVER V DC Output DC Voltage Voltage (DRIVER) V S = 3V V O = 330mVrms R L = 10K W V S = 3V R S = 2.2K W V R = 100mVrms C SVR = 100 m W; V S = 3V; R VOL = 50K W ; R L = 32 W ; f = 1KHz) (DRIVER) V S = 3V R S = 600 W V R = 100mVrms C SVR www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1483.htm |
STMicroelectronics | 25/05/2000 | 10.07 Kb | HTM | 1483.htm |
| Supply Rejection, Transmit (note 2) V CC = 5.0 V DC + 100 mVrms, f = 0 kHz-50 kHz 40 dBp NPSR X Negative Power Supply Rejection, Transmit (note 2) V BB = - 5.0 V DC + 100 mVrms, f = 0 kHz-50 kHz 40 dBp PPSR R Positive Power Supply Rejection, Receive (PCM code equals positive zero, V CC = 5.0 VD C + 100mVrms) f = 0 Rejection, Receive (PCM code equals positive zero, VBB = 5.0 VD C + 100mVrms) f = 0Hz to 4000Hz f = 4KHz to www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1315-v2.htm |
STMicroelectronics | 14/06/1999 | 29.12 Kb | HTM | 1315-v2.htm |