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Part Manufacturer Description Datasheet BUY
CPG0603F910KC (2-1623703-4) TE Connectivity Ltd Fixed Resistors; CPG0603 910K 1% 50PPM ( Neohm ) BUY
H4P910KFZAR (1-1630477-9) TE Connectivity Ltd Fixed Resistors; H4P 910K 1% 100PPM ( Holsworthy ) BUY
H8910KFDBER (1614261-2) TE Connectivity Ltd Fixed Resistors; H8 910K 1% 25PPM ( Holsworthy ) BUY
SMF5910KFT (7-1879236-9) TE Connectivity Ltd Fixed Resistors; SMF5 910K 1% ( CGS ) BUY
H8910KBZBR (1614261-1) TE Connectivity Ltd Fixed Resistors; H8 910K 0.1% 100PPM ( Holsworthy ) BUY
CFR25J910K (8-1623931-5) TE Connectivity Ltd Fixed Resistors; CFR25 5% 910K ( Neohm ) BUY

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910k

Catalog Datasheet MFG & Type PDF Document Tags

mitsumi 1

Abstract: mitsumi m tCS VCC3.6V CO-GND 910k VCC3.6V IC CO-GND 910k VCC3.6V FET OFF CO-GND 910k VCC1.9V FET OFF CO-GND 910k VCC4.5V CO-BG 910k Ta050 VCC LH VCC HL VCC HL VVM LH VVM
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MM1421 mitsumi 1 mitsumi m MM1301 MM1491 ICMM1301IC VMM14212 MM149123 VCC-28VCC MM1421A

mitsumi m

Abstract: MM1491 PIN CO OFF 910k typ. FET - "L" FETOFF "L" FET -FET 2.2M 910k2.2M 2 A MITSUMI 1 MM1491 VCC PIN 2 CC V 2.3V typ , VCC3.6V IC CO-GND 910k 14.0 A 6.0 CO-GND 910k 10.0 A VCC3.6V FET OFF A CO-GND 910k VCC1.9V FET OFF 0.05 VCC4.5V CO-BG 910k Ta050 VCC LH 0.3 A 35 CO-GND 910k 60 A 4.325 4.350 4.375 V VALM VCC HL 100 200 300 mV
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MM1301VCCVIN2MM1491VCC1 F/25V

pin diagram of FET

Abstract: valm2 resistor (910k) is required between gate and source. Turns off charging control FET (N-ch) for overcharge , : 910k not connected 14.0 uA 6.0 between CO-GND: 910k connected 10.0 uA VCC=3.6V: Discharge FET OFF state uA between CO-GND: 910k not connected VCC=1.9V: Discharge FET OFF state 0.2 VCC=4.5V between CO-GND: 910k connected H 1.0 uA 35 between CO-GND: 910k not
Mitsumi
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pin diagram of FET valm2
Abstract: '" 510K 100â"¦ â'" 510K 560K â'" 910K 13M - 33M 560K â'" 910K 13M - 33M 5KV 100â"¦ â , 100â"¦ â'" 510K 3KV 0.5W 10% 1KV 1/2 5% 560K â'" 910K 13M - 33M 560K â'" 910K Stackpole Electronics
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JIS-C-5201-1

Abstract: IEC-60115-1 Range RS-0201 1/20W -55 ~ +155°C 25V 50V 10 ­ 910K ±200 RS-0402 1/16W -55 ~ +155°C 50V 100V 10 ­ 910K ±100 RS-0603 1/10W -55 ~ +155°C 75V 150V 10 ­ 910K ±100 RS-0805 1/8W -55 ~ +155°C 150V 300V 10 ­ 910K ±100 RS-1206 1/4W -55 ~ +155°C 200V 400V 10 ­ 910K ±100 Item Type ±1% Soldering Condition IR
RS Components
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JIS-C-5201-1 IEC-60115-1 IEC60115-1 JIS-C5201-1 IEC 62 code RESISTOR JIS-C-5201-1 4.22

MM1301

Abstract: overcharge voltage detection . Unit VCC = 3.6V: Set state 10.0 between CO-BG: 910k not connected VCC=1.9V: Discharge FET OFF state between CO-GND: 910k not connected VCC=4.5V between CO-BG: 910k connected Ta=0~50°C VCC: L H , CO-GND: 910k not connected µA 0.4 VCC = 3.6V: IC alone 14.0 6.0 between CO-GND: 910k , Nch-MOS-FET tums to "OFF" with the resister (910k typ.) between the gate (CO pin) and source of FET, then CO , by gate-source capacitance. : It changes the resistance value from 910K to 2.2M, the consumption
Mitsumi
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overcharge voltage detection

"Encoder IC"

Abstract: 16 to 4 encoder ic 12V 3.5V IOP 12V ROSC=910K ROSC=910K uA FOSC 5V RUP 5V VIH 5V - 4.0 - - V VIL 5V - - - 1.0 V ROSC=910K 800k KHz , 470k 510k 560k 60.0 680k 750k 50.0 820k 910k 40.0 1M 1.2M 30.0 1.5M 2.0M
Micon Design Technology
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MDT75C122 MDT75C122SS13 MDT75C122P11 MDT75C122K11 16 to 4 encoder ic AD10 MDT75C122S11 18-DIP

PC817

Abstract: C6 PC817 5 4 3 2 0.5W 22 R27 1nF D T1 CSM 39-071B 1 H2 D C13 D9 16 J2 R4 910k R2 240k 0.5W + C1 R3 240k 0.5W J1 2 1 R9 240k 0.5W + C2 NU R1 240k 0.5W PN2222A 1 2 12k 3 4 B 5 6 R12 7 8 4 U2B C3 C4 C5 C6 Vin 5 C12 12 + C16 J3 Vout 100nF GND 1 2 C17 47uF 25V R28 , STTH108 STTH108 R6 910k C D1 R21 47k 2W R5 910k 220uF 450V C9 15 6.8nF/1250V
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PC817 T34836 STTH102 5KE400A C6 PC817 1000uF/50V CSM 39-071B PC-817 220uF 450v TL431AC STC08DE150 L5991A L78L05

one cell battery protection ic diagram

Abstract: MM1301 Min. Typ. Max. Unit VCC=3.6V : Set 10.0 VCC=3.6V : IC only between CO-GND : 910k connected 14.0 µA 6.0 between CO-GND : 910k connected 10.0 µA VCC=3.6V : Discharge FET OFF µA between CO-GND : 910k no connected VCC=1.9V : Discharge FET OFF 0.05 VCC=4.5V between CO-BG : 910k connected Ta=0°C ~ 50°C 0.3 µA 35 between CO-GND : 910k no connected 60 , "OFF" with the resister (910k typ.) between the gate (CO pin) and source of FET, then CO pin "OFF".
Mitsumi
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one cell battery protection ic diagram FET and "charge voltage" over-charge Mitsumi capacitor

MM1301

Abstract: charging lithium ic CO-GND : 910k connected VCC=3.6V : IC only between CO-GND : 910k connected VCC=3.6V : Discharge FET OFF between CO-GND : 910k no connected VCC=1.9V : Discharge FET OFF between CO-GND : 910k no connected VCC=4.5V between CO-BG : 910k connected Ta=0°C ~ 50°C VCC : L VCC : H VCC : H VVM : L VVM : H H L L H L 0.05 35 0.3 , tums to "OFF" with the resister (910k typ.) between the gate (CO pin) and source of FET, then CO pin , gate-source capacitance. : It changes the resistance value from 910K to 2.2M, the consumption current can be
Mitsumi
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charging lithium ic

of fet

Abstract: MM1301 between CO-GND : 910k connected 14.0 µA 6.0 between CO-GND : 910k connected 10.0 µA VCC=3.6V : Discharge FET OFF µA between CO-GND : 910k no connected VCC=1.9V : Discharge FET OFF 0.05 VCC=4.5V between CO-BG : 910k connected Ta=0°C ~ 50°C 0.3 µA 35 between CO-GND : 910k no connected 60 µA 4.325 4.350 4.375 V VCC : L H VALM1 VCC : H L 100 , overcharging and an external charge control Nch-MOS-FET tums to "OFF" with the resister (910k typ.) between
Mitsumi
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of fet

MM1301

Abstract: between CO-GND: 910k connected VCC = 3.6V: IC alone between CO-GND: 910k not connected VCC=3.6V: Discharge FET OFF state between CO-BG: 910k not connected VCC=1.9V: Discharge FET OFF state between CO-GND: 910k not connected VCC=4.5V between CO-BG: 910k connected Ta=0~50°C VCC: L VCC: H L VCC: H VVM: L L H Min , tums to "OFF" with the resister (910k typ.) between the gate (CO pin) and source of FET, then CO pin , gate-source capacitance. : It changes the resistance value from 910K to 2.2M, the consumption current can be
Mitsumi
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"Encoder IC"

Abstract: MDT75C122 550 - - 30 - 3.5V 12V IOP Operating Current 3.5V 12V ROSC=910K ROSC=910K , ROSC=910K 800k KHz ohm 7. Output Data Reporting 7.1 Output data frame Preamble A0 A1 , 60.0 680k 750k 50.0 820k 910k 40.0 1M 1.2M 30.0 1.5M 2.0M 20.0 10.0 0.0
Micon Design Technology
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AD11 18-SOP 20-SSOP

250nW

Abstract: 315HZ ) Conditions Standard settings RGL: 36k//510k, RGH: 62k//220k, RGP: 36k//110k, RfM: 39k//910k, Rf/Q: 47k , frequency deviation RGL: 36k//510k, RGH · RGP: OPEN or RGH: 62k//220k, RGL · RGP: OPEN RfM: 39k//910k , 100k R8 36k//110k R9 6.8k S7 S8 S9 R20 300k R21 39k//910k R22 9.1k S16 , Supply R20 300k R21 39k//910k R22 9.1k S16 S17 R19 12k R18 18k R17 33k R16 , dual power supplies RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k Rf/Q 47k//750k Rf × Q
Sony
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CXA1598M CXA1598S 24PIN 250nW 315HZ 250nWb 75P CAPACITOR 4051B CXA1598M/S 42ALLOY 22PIN

105k 400V

Abstract: ERJ-3EKFxxxxV 6.20K 6.80K 8.20K 9.10K Digi-Key Part No. 10 P(Value)ABCT-ND NEW! .62 P(Value)LCT-ND .98 P , 43.0K 47.0K 51.0K 56.0K 62.0K 68.0K 82.0K 91.0K Cut Tape Pricing 50 200 1,000 1.67 3.83 , 430K 470K 510K 560K 620K 680K 820K 910K 10.0 10.5 11.0 11.5 12.1 12.7 13.3 14.0 14.7 , 6.34K 6.65K 6.81K 7.15K 7.50K 7.87K 8.20K 8.45K 8.87K 9.10K 9.53K 10.0K 10.5K 11.0K , 63.4K 66.5K 68.1K 71.5K 75.0K 78.7K 82.0K 84.5K 88.7K 91.0K 95.3K 100K 105K 110K 115K
Panasonic
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105k 400V ERJ-3EKFxxxxV ERJ-2RKFxxxxX 475 50K 249 RSM1L 475 50K 536

charging lithium ic

Abstract: MM1301 between CO-GND : 910k connected VCC=3.6V : IC only between CO-GND : 910k connected VCC=3.6V : Discharge FET OFF between CO-GND : 910k no connected VCC=1.9V : Discharge FET OFF between CO-GND : 910k no connected VCC=4.5V between CO-BG : 910k connected Ta=0°C ~ 50°C VCC : L VCC : H VCC : H VVM : L H L L 0.05 , charge control Nch-MOS-FET tums to "OFF" with the resister (910k typ.) between the gate (CO pin) and , FET and cut-off time of FET by gate-source capacitance. : It changes the resistance value from 910K to
Mitsumi
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IC Audio Power Amplifier sony 178

Abstract: 315HZ , RGP: 36k//110k, RfM: 39k//910k, Rf/Q: 47k//750k, RfxQ: 47k//620k Recording equalizer amplifier , //220k, RGL · RGP: OPEN RfM: 39k//910k, Rf/Q: 18k, RfxQ: 12k ­15 0 15 % fp peaking , //910k R22 9.1k S16 S17 R19 12k R18 18k R17 33k R16 5.1k R15 47k//620k R14 47k , Supply R20 300k R21 39k//910k R22 9.1k S16 S17 R19 12k R18 18k R17 33k R16 , dual power supplies RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k Rf/Q 47k//750k Rf × Q
Sony
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IC Audio Power Amplifier sony 178 CXA1598 MAGNETIC HEAD circuit audio stereo SDIP-22P-01 SDIP022-P-0300

315HZ

Abstract: ANALOG MULTIPLEXER 20-FP ) Conditions Standard settings RGL: 36k//510k, RGH: 62k//220k, RGP: 36k//110k, RfM: 39k//910k, Rf/Q: 47k , frequency deviation RGL: 36k//510k, RGH · RGP: OPEN or RGH: 62k//220k, RGL · RGP: OPEN RfM: 39k//910k , 100k R8 36k//110k R9 6.8k S7 S8 S9 R20 300k R21 39k//910k R22 9.1k S16 , dual power supplies RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k Rf/Q 47k//750k Rf × Q 47k//620k 12 60 11 VCC, VEE = ±7V RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k
Sony
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ANALOG MULTIPLEXER 20-FP
Abstract: Surge Withstanding 5% 1KV 3KV 100â"¦ â'" 510K 10KV 1W 560K â'" 910K 13M - 33M , 560K â'" 910K 13M - 33M 700 500 1,000 * Lesser of âšPR or maximum working voltage Stackpole Electronics
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Abstract: : 39k//910k, Rf/Q: 18k, RfxQ: 12k RGP:36k//110k, RGL* RGH:OPEN RfM: 300k, Rf/Q: 47k//750k, RfxQ: 47k , power supplies RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k Rf/Q 47k//750k Rf X Q 47k//620k , //110k RfM 39k//910k Rf/Q 47k//750k HÎ x m /K//Ö ¿UK 10 0% = 1kHz +12cIB (a t 315 Hz,-C SdBv) f = 1kHz , //910k Rf/Q 47k//750k Rf X Q 47k//620k OdB = 1kHz, +12dB (at 315Hz, -3dBv) f = 1kHz _i_ -6 0 -8 0 -100 Vcc, V ee = ±7V RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k Rf/Q 47k//750k Rf X Q -
OCR Scan
P024-P-0300-A 022-P-0300

Pin connection of bk 1085

Abstract: Piezo Ceramic Microphones resistor (910k) is required between gate and source. Turns off charging control FET (N-ch) for overcharge , : 910k not connected 14.0 uA 6.0 between CO-GND: 910k connected 10.0 uA VCC=3.6V: Discharge FET OFF state uA between CO-GND: 910k not connected VCC=1.9V: Discharge FET OFF state 0.2 VCC=4.5V between CO-GND: 910k connected H 1.0 uA 35 between CO-GND: 910k not
Knowles
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Pin connection of bk 1085 Piezo Ceramic Microphones Knowles balanced armature BK 1085 SPU0409HE5 SPM0205HD4 KA-003-12-07V3

SPM0405

Abstract: SPK0413LM4H ) Conditions Standard settings RGL: 36k//510k, RGH: 62k//220k, RGP: 36k//110k, RfM: 39k//910k, Rf/Q: 47k , frequency deviation RGL: 36k//510k, RGH · RGP: OPEN or RGH: 62k//220k, RGL · RGP: OPEN RfM: 39k//910k , 100k R8 36k//110k R9 6.8k S7 S8 S9 R20 300k R21 39k//910k R22 9.1k S16 , dual power supplies RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k Rf/Q 47k//750k Rf × Q 47k//620k 12 60 11 VCC, VEE = ±7V RGL 36k//510k RGH 62k//220k RGP 36k//110k RfM 39k//910k
Knowles
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SPM0405 SPK0413LM4H SPU0410HR5H ED-27045-000 SPM0404UD5 cardioid microphone DK-4000 KA-003-03-10V4
Abstract: 12V 3.5V IOP 12V ROSC=910K ROSC=910K uA FOSC 5V RUP 5V VIH 5V - 4.0 - - V VIL 5V - - - 1.0 V ROSC=910K 800k KHz , 470k 510k 560k 60.0 680k 750k 50.0 820k 910k 40.0 1M 1.2M 30.0 1.5M 2.0M Bowin Electronic
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CDT3215H 00VDC CDT-3215H CDT3215H-05 CDT3215H-03 3215H-03
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