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TMS27PC256-100FME Texas Instruments 32KX8 OTPROM, 100ns, PQCC32
TMS27PC240-100FNL Texas Instruments 256KX16 OTPROM, 100ns, PQCC44
TMS27PC256-100FME4 Texas Instruments 32KX8 OTPROM, 100ns, PQCC32
TMS27PC040-100FML Texas Instruments 512KX8 OTPROM, 100ns, PQCC32
TMS27PC512-100FML4 Texas Instruments 64KX8 OTPROM, 100ns, PQCC32
TMS27PC512-100FME Texas Instruments 64KX8 OTPROM, 100ns, PQCC32

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HD15MM35N-100F MCM Electronics Newark element14 14 $28.75 $28.75
HD15MM35N-100F MCM Electronics / MCM Custom Audio element14 Asia-Pacific 14 $55.61 $55.61
HD15MM35N-100F MCM Electronics Farnell element14 14 £30.70 £30.70

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Not Available

Abstract:
Text: -10F-BL CAT5-50F-BL CAT5- 100F -BL CAT5-10F-WH CAT5-50F-WH CAT5- 100F -WH CAT5-10F-GN CAT5-50F-GN CAT5- 100F -GN CAT5-3IN-YL CAT5-50F-YL CAT5- 100F -YL CAT5 Jumper Cable for wiHUBB & Zone5 Lighting Control , -10F-BL WIH-CAB-50F-BL Z5-CAB-50F-BL WIH-CAB- 100F -BL Z5-CAB- 100F -BL WIH-CAB-10F-WSP WIH-CAB-50F-WH WIH-CAB-50F-WSP Z5-CAB-50F-WH Z5-CAB-50F-WSP WIH-CAB- 100F -WH WIH-CAB- 100F -WSP Z5-CAB- 100F -WH Z5-CAB- 100F -WSP Z5-CAB-10F-GN WIH-CAB-50F-GN Z5-CAB-50F-GN WIH-CAB- 100F -GN Z5-CAB- 100F -GN Z5-CAB-3IN-YL Z5-CAB-50F-YL Z5-CAB- 100F


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PDF RJ45ADAPTER warrantCAB-10F-GN WIH-CAB-50F-GN Z5-CAB-50F-GN WIH-CAB-100F-GN Z5-CAB-100F-GN Z5-CAB-50F-YL Z5-CAB-100F-YL CAT5-10F-BL CAT5-50F-BL
2007 - LTC4608

Abstract:
Text: VIN CLKIN VOUT SVIN FB ITH SW RUN VOUT 1.8V 100F LTM4608 4.87k ITHM , CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP, RFB = 6.65k VIN = 2.7V to 5.5V, VOUT = 1.5V, IOUT = , (START) IOUT = 0A, COUT = 100F /X5R/Ceramic, VIN = 5V, VOUT = 1.5V IOUT = 8A, VIN = 5V, VOUT = 1.5V 1.3 1.5 mVP-P MHz 10 10 COUT = 100F , VOUT = 1.5V, VIN = 5V IOUT =1A Resistive Load, Track = VIN MHz 2.25 0.75 COUT = 100F , VOUT = 1.5V, IOUT = 0A VIN = 3.3V VIN = 5V 1.7


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PDF LTM4608 LTM4601-1/LTM4601A-1 LTM4602 LTM4600, LTM4603 LTM4603-1 LTM4601, LTM4604 4608fa LTC4608 LTC460 LTM4608V 10CE1 LTM4608 10ce100fh 1100PF 68-PIN LTM4600 LTM4608EV
2007 - LTM4608

Abstract:
Text: VIN CLKIN VOUT SVIN FB ITH SW RUN VOUT 1.8V 100F LTM4608 4.87k ITHM , CONDITIONS MIN CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP RFB = 6.65k , VIN = 2.375V to 5.5V , VOUT(LOAD) VOUT VOUT(AC) Output Ripple Voltage IOUT = 0A, COUT = 100F /X5R/Ceramic, VIN = 5V , 2.25 0.75 1.7 MHz COUT = 100F VOUT = 1.5V, IOUT = 0A , VIN = 3.3V VIN = 5V 10 10 mV mV COUT = 100F VOUT = 1.5V, IOUT = 1A, , Resistive Load, Track = VIN, VIN = 5V 100 s


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PDF LTM4608 LTM4601-1/LTM4601A-1 LTM4602 LTM4600, LTM4603 LTM4603-1 LTM4601, LTM4604 4608f LTM4608 10ce100fh LTM4608EV LTM4608V 10CE1 68-PIN E11VOUT
2008 - LTM4608AMPV

Abstract:
Text: VOUT SVIN FB ITH SW RUN VOUT 1.8V 100F LTM4608A 4.87k ITHM PLLLPF PGOOD , CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP, RFB = 6.65k, VIN = 2.4V to 5.5V, IOUT = IOUT(DC)MIN , Turn-On Overshoot 10 SYNC Capture Range VOUT(START) IOUT = 0A, COUT = 100F X5R Ceramic, VIN = , = 100F , VOUT = 1.5V, IOUT = 0A VIN = 3.3V VIN = 5V 1.75 MHz 10 10 mV mV tSTART Turn-On Time COUT = 100F , VOUT = 1.5V, IOUT = 1A, Resistive Load, Track = VIN, VIN = 5V 100 s


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PDF LTM4608A 630mm LTM8020 LTM8021 LTM8022 LTM8023 4608af LTM4608AMPV LTM4608AV 10ce100fh 68-PIN LTM80
2003 - DMP14

Abstract:
Text: 1 (THD, GEVR, VIM, PO) Input B CNT B Output B 100 0.47F 100F 1F 7 6 5 N.C , 10F 12 13 14 100F 0.47F 1F Output A VCNTA 100 Input A [THD] BPF:40030KHz , N.C. Mute INb [VNO1, VNO2] A-Weighted 100F V+ 4 3 2 CAPb CNTb OUTb 1 , 13 14 100F 10F 0.47F [VREF] Output A 1F VCNTA 100 Input A ­4­ CNT A , VCNTB V+ 100F 1F [Icc] 0.47F 7 6 5 N.C. Mute 4 INb 3 2 CAPb


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PDF NJM2777 NJM2777IC 20dB-80dB NJM2777D NJM2777M NJM2777V DIP14, DMP14, SSOP14 DMP14 NJM2777 NJM2777D NJM2777M NJM2777V SSOP14
2008 - BE 4616

Abstract:
Text: /8A VOUT1 FB1 10F LTM4616 2.21k 100F ITHM1 VIN2 3.3V TO 5V VIN2 VOUT2 2.5V , 3.09k 100F 75 ITHM2 GND1 70 GND2 4616 TA01a 0 2 4 6 LOAD CURRENT (A) 8 , Line and Load CONDITIONS MIN l CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP RFB = 6.65k , ) IOUT = 0A, COUT = 100F X5R Ceramic, VIN = 5V, VOUT = 1.5V IOUT = 8A, VIN = 5V, VOUT = 1.5V 1.25 1.5 mVP-P MHz 2.25 0.75 1.75 MHz COUT = 100F , VOUT = 1.5V, IOUT = 0A VIN = 3.3V


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PDF LTM4616 LTM4603-1 LTM4601, LTM4604A LTM4608A LTM8022/LTM8023 36VIN, 4616fb BE 4616 LTM4616V LTM4616 LTM4616EV LTC4616 LTM4600
2008 - BE 4616

Abstract:
Text: LTM4616 2.21k 100F ITHM1 VIN2 3.3V TO 5V VIN2 VOUT2 2.5V/8A VOUT2 90 EFFICIENCY (%) VIN1 5V 5VIN 3.3VOUT 5VIN 2.5VOUT 85 80 FB2 10F 3.09k 100F 75 ITHM2 GND1 , ) Output Voltage, Total Variation with Line and Load CONDITIONS MIN CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP RFB = 6.65k , VIN = 2.375V to 5.5V, IOUT = IOUT(DC)MIN to IOUT(DC)MAX (Note 4 , ) Output Ripple Voltage IOUT = 0A, COUT = 100F X5R Ceramic, VIN = 5V, VOUT = 1.5V fS1, fS2


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PDF LTM4616 82/DC LTM4603-1 LTM4601, LTM4604 LTM4608 LTM8022/LTM8023 36VIN, 4616f BE 4616 LTC4616 LTM4616 LTM4616v LTM4616EV LTM4608 ltm4616iv LTM4600 marking L6 sr 5-pin MZP+A001+4616
2008 - 12a g1 battery fuse

Abstract:
Text: CLKIN VIN VOUT SVIN FB ITH SW RUN VOUT 1.8V 100F LTM4608A 4.87k ITHM , CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP, RFB = 6.65k VIN = 2.7V to 5.5V, IOUT = IOUT(DC)MIN , VOUT(LS) 10 SYNC Capture Range VOUT(START) IOUT = 0A, COUT = 100F X5R Ceramic, VIN = 5V , 100F , VOUT = 1.5V, IOUT = 0A VIN = 3.3V VIN = 5V mVP-P MHz 10 10 mV mV COUT = 100F , Dynamic Load Load: 0% to 50% to 0% of Full Load, COUT = 100F Ceramic, 100F POSCAP, VIN = 5V, VOUT =


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PDF LTM4608A 630mm LTM8020 LTM8021 LTM8022 LTM8023 4608afa 12a g1 battery fuse 68-PIN LTM4608AV MO-222 phase selector
STK412-150C

Abstract:
Text: N.C. 19 20 21 22 220pF 3pF +VH +VL 100F /63V GZA 18Y 3.3k /1W GZA 18Y 100F /63V -VL -VH Ch2 IN 100F /10V 100F /10V 56k GND 2.2F /50V 470pF Ch1 IN 1k Ch2 OUT 4.7 100F /100V 100F /100V 470pF 3H 100F /100V 3.3k /1W GND 1k 56k 100 /1W 100F /100V 2.2F /50V 1.8k 1.8k 3pF 33k 56k 3H 0.1F , ) 0.1±10% 5W C 01,02,05,06 100F /100V C 03,04 100F /63V C 07,08,(09) 3pF C 10,11,(12


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PDF STK412-150C-E STK412-150C-E STK412-170C-E /20Hz20kHz) O2208HKIM A1245-1/9 220pF 470pF STK412-150C STK412 440 stk412 -400 STK412 - 440 STK412-170c stk412-100 GZA18Y STK412-170C-E stk412- 440
TB2986HQ

Abstract:
Text: ) RL = 4 RL = 8 VCC / (V) TB2901HQ P-HZIP25- 1.00F 13.2 V 25 W x 4 SW BTL4 MOS MAX 50 W x 4ch RL = 2 TB2902HQ P-HZIP25- 1.00F 13.2 V 23 W x 4 BTL4 MOS MAX 45 W x 4ch I2C RL = 2 TB2903HQ P-HZIP25- 1.00F 13.2 V 25 W x 4 BTL4 MOS SW MAX 50 W x 4ch 9 to 18 TB2904HQ P-HZIP25- 1.00F 13.2 V 23 W x 4 BTL4 MOS SW MAX 47 W x 4ch 9 to 18 TB2905HQ P-HZIP25- 1.00F 13.2 V 25 W x 4


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PDF SCJ0004R TB2922HQ TB2924AFG TB2964FTG P-HZIP12-1 P-HSOP36-450-0 P-QFN48-0707-0 QFN36-P-0606-0 TB1354FTG TB2986HQ TC90527 TB2956HQ TB2986 tc90527fg TC90522XBG TB32302fg tc94a92fg TC90532XBG TB2915
2008 - BE 4616

Abstract:
Text: LTM4616 2.21k 100F ITHM1 VIN2 3.3V TO 5V VIN2 VOUT2 2.5V/8A VOUT2 90 EFFICIENCY (%) VIN1 5V 5VIN 3.3VOUT 5VIN 2.5VOUT 85 80 FB2 10F 3.09k 100F 75 ITHM2 GND1 , ) Output Voltage, Total Variation with Line and Load CONDITIONS MIN CIN = 10F × 1, COUT = 100F Ceramic, 100F POSCAP RFB = 6.65k , VIN = 2.7V to 5.5V, IOUT = IOUT(DC)MIN to IOUT(DC)MAX (Note 4 , 0.3 0.3 0.5 0.5 % % VOUT1(AC), VOUT2(AC) Output Ripple Voltage IOUT = 0A, COUT = 100F


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PDF LTM4616 82mmule LTM4603-1 LTM4601, LTM4604A LTM4608A LTM8022/LTM8023 36VIN, 4616fa BE 4616 LTM4616 100F 2.7V capacitor LTM4616V marking L6 sr 5-pin 375424B000346 4616 LTM4616EV toshiba LTM 08
2009 - IC 4614

Abstract:
Text: Module Regulator VIN = 3.3V 89 VIN1 VOUT1 1.2V/4A VOUT1 FB1 10F 10k 100F , 1.2V 83 81 79 FB2 10F 87 EFFICIENCY (%) VIN1 3.3V TO 5V 100F 77 GND2 75 , Voltage CONDITIONS MIN l CIN = 22F COUT = 100F RFB = 5.76k , , VIN = 2.375V to 5.5V, IOUT = , 100F VOUT = 1.5V , , VIN = 5.5V 0.35 IQ(VIN) Input Supply Bias Current VIN = 2.375V , IOUT = 0A, COUT = 100F (X5R) VIN = 5V, VOUT = 1.5V 12 fs Output Ripple Voltage Frequency


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PDF LTM4614 LTM4614 LTM8021 LTM8022 LTM8023 4614fa IC 4614 IC ap 4614 LTM4614V 4614 fet ap 4614 pin diagram for IC 4614 C4532X5R0J107M LTM4614IV 4614 B
sc1308

Abstract:
Text: 2 2000.12.18 Silan Semiconductors SC1308L TYPICAL APPLICATION CIRCUIT VDD 100F , 6 8 + - 7 100F 4 VOUT2 100F 3.9K RL 10K Single power supply VDD+ 3.9K 100F 3.9K VIN1 2 10F 3 8 - 10K 1 + VOUT1 100F SC1308L 5 VIN2 10F 3.9K 6 + 7 - VOUT2 100F 4 10K 100F 3.9K VSSDual power supply


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PDF SC1308L SC1308L TDA1308. 110dB 8-DIP-P-300 sc1308 Silan Semiconductors 2SC1308 tda1308 walkman diagram
2007 - LTM4601HVV

Abstract:
Text: IOUT = 0A, COUT = 2×, 100F /X5R/Ceramic VIN = 12V, VOUT = 1.5V VIN = 5V, VOUT = 1.5V 20 18 , capacitor of 100F is optional. This 100F capacitor is only needed if the input source impedance is , C4532X5R0J107MZ (100UF,6.3V) JMK432BJ107MU-T ( 100F , 6.3V) JMK316BJ226ML-T501 ( 22F, 6.3V) CIN (BULK) 150F , 35V 150F 35V COUT1 (CERAMIC) 3 × 22F 6.3V 1 × 100F 6.3V 2 × 100F 6.3V 4 × 100F 6.3V 3 × 22F 6.3V 1 × 100F 6.3V 2 × 100F 6.3V 4 × 100F 6.3V 3 × 22F 6.3V 1 × 100F 6.3V 2 × 100F 6.3V 4 × 100F


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PDF LTM4601HV 28VIN LT3825/LT3837 LTM4600 LTM46O2 LTM4603 LTM4601 4601hvfa LTM4601HVV LTM4600 LTM4601HVIV
2009 - IC 4614

Abstract:
Text: 100F LTM4614 VIN2 3.3V TO 5V VIN2 VOUT2 1.5V/4A VOUT2 FB2 10F 5.76k GND1 100F , CIN = 22F COUT = 100F RFB = 5.76k , , VIN = 2.375V to 5.5V, IOUT = 0A to 4A (Note 5) 0°C TJ 125 , ) Input Inrush Current at Start-Up IOUT = 0A, CIN = 22F COUT = 100F VOUT = 1.5V , , VIN = 3.3V VIN , Voltage Frequency VOUT(START) Turn-On Overshoot tSTART Turn-On Time IOUT = 0A, COUT = 100F , 1.25 MHz COUT = 100F VOUT = 1.5V, RUN/SS = 10nF , , IOUT = 0A VIN = 3.3V VIN = 5V 20 20


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PDF LTM4614 LTM4614 LTM8021 LTM8022 LTM8023 4614f IC 4614 IC ap 4614 4614 fet ap 4614 LTM4614IV 10ce100fh ltm 4614 LTM4614V LT 4614
2009 - STK412-150C

Abstract:
Text: 21 22 220pF 3pF +VH +VL 100F /63V GZA 18Y 3.3k /1W GND GZA 18Y -VH 100F /10V 56k 2.2F /50V GND 470pF Ch1 IN 1k Ch2 OUT 4.7 100F /100V 100F /100V 470pF 3H 100F /100V 3.3k /1W 100F /63V -VL 100F /10V 1k Ch2 IN 56k 100 /1W 100F /100V 2.2F /50V 1.8k 1.8k 3pF 33k 56k 3H 0.1F 4.7 /1W 4.7 /1W , , 06 100F /100V C 03, 04 100F /63V C 07, 08, (09) 3pF C 10, 11, (12) 0.1F/100V C


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PDF A1245 STK412-150C-E STK412-150C-E A1245-9/9 STK412-150C STK412-170c stk412 -400 STK412 440 GZA18Y STK412 -170 c STK412 -240 stk412-100 STK412-170C-E STK412 420
2003 - 1F-76

Abstract:
Text: 100 0.47F 100F 1F 7 6 5 N.C. Mute INb VCNTB 4 3 V+ 2 CAPb , INa 8 9 CAPa CNTa OUTa GND 10 11 10F 12 13 14 100F 0.47F 1F Output , ] A-Weighted 100F V+ 4 3 2 CAPb CNTb OUTb 1 10F V+ VOL VOL Bias N.C. Vref INa 8 9 10 CAPa CNTa OUTa GND 11 12 13 14 100F 10F 0.47F [VREF , ) Input B CNT B Rg=600 Output B 100 VCNTB V+ 100F 1F [Icc] 0.47F 7 6 5


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PDF NJM2777 NJM2777IC 20dB-80dB NJM2777D NJM2777M NJM2777V DIP14, DMP14, SSOP14 1F-76 NJM2777V NJM2777 NJM2777M DMP14 NJM2777D SSOP14 vno2
LA4265

Abstract:
Text: 1 2 1 GND No.1463-2/9 LA4265 1() C6 + 100F /25V 2: 5 3 8 input 10 C1 330pF 2 LA4265 R1 100k + VCC C5 470F /25V + 9 6 C2 100F /6.3V 7 1 C6 + 100F /25V C4 470F/16V input + VR C3 30k 0.1F R L 8 R2 3.3 5 V + C5 CC 470F /25V 3 8 10 + 2 LA4265 C3 0.1F 9 6 C2 100F /6.3V 7 C4 470F/16V + 1 R2 3.3 RL 8 VCC 1 10 470F/16V + input output 330pF + 100F /6.3V


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PDF N1463C LA4265 LA42653 /31494HO/3270MH/9128TS/O206/2084YO/O173YO 20Hz20kHz 100Hz LA4265
DMP14

Abstract:
Text: (THD, GEVR, VIM, PO) Input B CNT B Output B 100 0.47F 100F 1F 7 6 5 N.C , 10F 12 13 14 100F 0.47F 1F Output A VCNTA 100 Input A [THD] BPF:40030KHz , N.C. Mute INb [VNO1, VNO2] A-Weighted 100F V+ 4 3 2 CAPb CNTb OUTb 1 , 13 14 100F 10F 0.47F [VREF] Output A 1F VCNTA 100 Input A ­4­ CNT A , V+ 100F 1F [Icc] 0.47F 7 6 5 N.C. Mute 4 INb 3 2 CAPb CNTb


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PDF NJM2777 NJM2777IC 20dB-80dB NJM2777D NJM2777M NJM2777V DIP14, DMP14, SSOP14 DMP14 NJM2777 NJM2777D NJM2777M NJM2777V SSOP14
2010 - Not Available

Abstract:
Text: < 10% peak deviation) Co = 100F ceramic + 470 F POS 140 45 Co = 100 F ceramic + 470 F POS Full load , should not exceed 120 °C in order to operate inside the derating curves. CO 100F ceramic capacitor , full rated load current (resistive) and 100F external capacitance at Vin = 12V. Top trace: Vin (10V/div , /div.) at full rated load current into a resistive load with external capacitance 100F ceramic + 1F , . Top trace: output voltage (200mV/div.); Bottom trace: load current (5A/div.). Co = 100F ceramic. Time


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PDF YS12S16 MCD10207 24-Jun-10
LA4260

Abstract:
Text: 10 3 5 7 100 2 3 5 7 1000 1: 2 2: C10 100F /25V + C1 100F /6.3V 1 , + 2 input 1 C9 470F/25V 6 + 8 LA4261 C5 470F/16V output 2 + 4 C4 100F , 100F + /35V 0.1F 100F /6.3V VCC 470F /25V OUTPUT 1 100k GND 100F /6.3V 3.3 , C1,C4 : ( 100F ) : C2,C3 : (300pF) C5,C7 : (470F) C6,C8 : (0.1F) C9 : (470F) IC C10 : ( 100F ) R1,R2 : (100k) (GND) R3,R4 : (3.3) ClC4RNF 30dB


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PDF N1321F LA4261 LA42613 42393TH LA4260 /9128TS /7195YY /2084YO /6063YO /21000yk LA4261 IC C9 VR30K
2008 - LA76931

Abstract:
Text: R OUT 10pF 0.015F (M) VER OUT HOR OUT P17 1F 100F 0.01F 1500pF P02 + + + + 10F + INT3/P03 IRDA 100F 100F 0.01F 0.01F INT1/P01 INT0/P00 + 39k 1F Block Diagram 1 , 0.1F 0.1F 680k 100F 0.1F 0.01F 100F 0.01F 1M 0.1F 2.2F 0.33F 0.033F 0.047F + SAW FIL 4.43M 100F CPU GND 0.01F + 560 0.47F 150k AN7/P07 NC(933 , E/WOUT (933) B OUT G OUT R OUT 10pF 0.015F (M) VER OUT HOR OUT P17 1 F 100F 0.01F 1500pF


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PDF ENA1102 LA7693XJ A1102-6/6 LA76931 LA76936 la76936y la76933 LA76931J LA76938 LA76933J LA7693 LA76 ENA1102
2008 - Not Available

Abstract:
Text: Test - 1,000 hours @+70°C (10F & 22F) @+60°C (50F & 100F ) Temperature Cycliing (5 cycles) -25°C ~ +70°C (10F & 22F) -25°C ~ +60°C (50F & 100F ) Humidity Resistance 240 hours @ 40°C/90% RH (no load) 2.7VDC 10F ~ 100F -25°C ~ +70°C (10F, 22F) -25°C ~ +60°C (50F, 100F ±30% (N) @ +20°C Capacitance Change Maximum ESR , CHARACTERISTICS TEMPERATURE -25°C +60°C (50F & 100F ) +70°C (10F & 22F) Capacitance ESR Capacitance ESR


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PDF NEDR106N2 7V10X35F NEDR226N2 5X35F NEDR506N2 7V18X40F NEDR107N2 7V22X50F
2009 - NEDR106N2

Abstract:
Text: CHARACTERISTICS Rated Voltage Range 2.7VDC Rated Capacitance Range 10F ~ 100F -25°C ~ +70°C (10F, 22F) Operating Temp. Range -25°C ~ +60°C (50F, 100F Capacitance Tolerance ±30% (N) @ +20°C Load Life Test - 1,000 hours @+70°C (10F & 22F) @+60°C (50F & 100F ) Capacitance Change Less than < 30 , Capacitance Change Temperature Cycling (5 cycles) -25°C ~ +70°C (10F & 22F) -25°C ~ +60°C (50F & 100F , +60°C (50F & 100F ) +70°C (10F & 22F) CHARTERISTIC Capacitance > 50% of initial value ESR


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PDF NEDR106N2 7V10X35F NEDR226N2 5X35F NEDR506N2 7V18X40F NEDR107N2 7V22X50F
2010 - INLP1616BZERR22M01

Abstract:
Text: COUT = 100F ×3 X7R Ceramic MODE/PLLIN = 0V, VFREQ = 2.4V VIN = 6V to 26.5V, IOUT = 0A to 6A (Note 4 , 10F ×2, COUT = 100F ×3 VOUT = 2.5V VIN = 12V VIN = 26.5V 0.3 0.2 A A 4618f 2 , (Note 4) l 0.3 0.6 % VOUT(AC) Output Ripple Voltage IOUT = 0A, COUT = 100F ×3 X5R , ) Turn-On Overshoot COUT = 100F ×3 X5R Ceramic VOUT = 2.5V, IOUT = 0A VIN = 12V VIN = 26.5V 20 20 mV mV 0.75 0.70 ms ms tSTART Turn-On Time COUT = 100F ×3 X5R Ceramic, VOUT = 2.5V


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PDF LTM4618 250kHz 780kHz LTM4604A LTM4608A LTM4612 36VIN LTM4619 LTM8025 36VIN, INLP1616BZERR22M01 SANYO POSCAP LTM4618V LTM4618EV RC snubber circuit LTM4618IV LTM4618E LTM4618 LTM4608 buck cispr25
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