PEC FUSE Search Results

1314-9

Abstract: EMKP 950-10 emkp 1200 emkp
Contextual Info: EMKP - Cylindrical Vishay ESTA Capacitor for Power Electronic PEC - Cylindrical FEATURES • • • • • • Extremely low losses at high frequencies Low ESR 0.7 mΩ up to 10 mΩ Highest RMS current rating up to 80 A High impulse discharge current capability

18650 lithium ion constant voltage charge profile

Abstract: 18650 lithium ion 18650 li-ion BQ2063 unseal 103AT bq2063 HDQ16 18650 lithium ion charging rate 18650* battery 18650 li ion battery specifications
Contextual Info: bq2063 SBS v1.1-COMPLIANT Li-ION GAUGE IC WITH PROTECTOR INTERFACE SLUS468A – MARCH 2001 D Provides Accurate Measurement of SSOP PACKAGE TOP VIEW D D D D D D D D with PEC or 1-Wire HDQ16 Directly Interfaces the Seiko S-8243 Protection IC for Maximum Safety

Contextual Info: bq2063 SBS v1.1ĆCOMPLIANT LiĆION GASĆGAUGE IC WITH PROTECTOR INTERFACE SLUS468E− MAY 2001 − REVISED APRIL 2002 D Provides Accurate Measurement of D D D D D D D D D Available Charge in Li-Ion Batteries Supports the 2-Wire SMBus V1.1 Interface With PEC or Single-Wire HDQ16

Contextual Info: bq2063 SBS v1.1ĆCOMPLIANT LiĆION GASĆGAUGE IC WITH PROTECTOR INTERFACE SLUS468D– MAY 2001 – REVISED DECEMBER 2001 D Provides Accurate Measurement of D D D D D D D D D Available Charge in Li-Ion Batteries Supports the 2-Wire SMBus V1.1 Interface With PEC or 1-Wiret HDQ16

emkp

Abstract: D1816
Contextual Info: EMKP Vishay ESTA Capacitors for Power Electronic PEC - Cylindrical FEATURES • • • • • • Extremely low losses at high frequencies Low ESR 0.7 m up to 10 m Highest RMS current rating up to 80 A High impulse discharge current capability High reliability and life expectancy > 100 000 h/100 FIT

Bar-Graph Level Gauge

Abstract: BQ2063 UNSEALED 103AT bq2063 bq2063DBQ HDQ16 VCELL12 4448C
Contextual Info: bq2063 SBS v1.1ĆCOMPLIANT LiĆION GASĆGAUGE IC WITH PROTECTOR INTERFACE SLUS468E− MAY 2001 − REVISED APRIL 2002 D Provides Accurate Measurement of D D D D D D D D D Available Charge in Li-Ion Batteries Supports the 2-Wire SMBus V1.1 Interface With PEC or Single-Wire HDQ16

EMKP

Contextual Info: EMKP Vishay ESTA Capacitors for Power Electronic PEC - Cylindrical FEATURES • • • • • • Extremely low losses at high frequencies Low ESR 0.7 m up to 10 m Highest RMS current rating up to 80 A High impulse discharge current capability High reliability and life expectancy > 100 000 h/100 FIT

Contextual Info: EMKP Vishay ESTA Capacitor for Power Electronic PEC - Cylindrical FEATURES • • • • • • Extremely low losses at high frequencies Low ESR 0.7 m up to 10 m Highest RMS current rating up to 80 A High impulse discharge current capability High reliability and life expectancy > 100 000 h/100 FIT

EMKP

Contextual Info: EMKP Vishay ESTA Capacitors for Power Electronic PEC - Cylindrical FEATURES • • • • • • Extremely low losses at high frequencies Low ESR 0.7 m up to 10 m Highest RMS current rating up to 80 A High impulse discharge current capability High reliability and life expectancy > 100 000 h/100 FIT

Contextual Info: V I S H AY I N T E R T E C H N O L O GY, I N C . INTERACTIVE data book POWER ELECTRONIC CAPACITORS PEC VISHAY ESTA VSE-DB0045-1102 Notes: 1. To navigate: a) Click on the Vishay logo on any datasheet to go to the Contents page for that section. Click on the Vishay logo on any Contents

JTAG CONNECTOR atmega128

Abstract: usb atmega32 10-pin IDC female connector AVR microprocessor ISP Header AT90CAN128 ATMEGA128 ATMEGA32 microcontroller programmer JTAG CONNECTOR ATMEGA128 external EEPROM
Contextual Info: JTAGcable II In Circuit Emulator for Atmel AVR microcontrollers User’s Guide REV 1.0 , lu ard ST Sta rve a , e o Ev B VR ers b S l d n io 1, A trol We mo t a ‘5 n d ni ri o e r c fo cro dd s M the e s d e i m mb oar rs, peC E B e S PI its ng roll gh r

RTL8018AS

Abstract: atmel 93C46 smd XC9536XL-VQ44 rtc ds1307 ds1307 pic ds1307 avr DS1307 IC J226 SMD CR2023 xc9536xlvq44
Contextual Info: Ethernet Minimodule User’s Manual REV 0.9 , lu ard ST Sta rve a , e o Ev B VR ers b S l d n io 1, A trol We mo t a ‘5 n d ni ri o e r c fo cro dd s M the e s d e i m mb oar rs, peC E B e S PI its ng roll gh r K pi nt Hi fo r y o rte tot roc FID ers s o c

RS-485 to usart pic interface circuit

Abstract: ATMEGA128 CR2023 20f001n ycl YCL* rj45 ATMEGA128 projects MAX232 to rj45 diode J226 J226 SMD LAN91C111 transformer
Contextual Info: Ethernet Minimodule User’s Manual REV 0.9 , lu ard ST Sta rve a , e o Ev B VR ers b S l d n io 1, A trol We mo t a ‘5 n d ni ri o e r c fo cro dd s M the e s d e i m mb oar rs, peC E B e S PI its ng roll gh r K pi nt Hi fo r y o rte tot roc FID ers s o c

LCD 2X16

Abstract: VEX 2x16 Serial LCD Display Max232 level converter RTL8019AS max232 7805 db9 em 18 reader module lcd 2x16 HD44780 2X16 lcd module hd44780 pic lcd 2x16 hd44780 PIC lcd controller
Contextual Info: Evaluation Board for MMnet01/101 User Manual REV 0.8 , lu ard ST Sta rve a , e o Ev B VR ers b S l d n io 1, A trol We mo t a ‘5 n d ni ri o e r c fo cro dd s M the e s d e i m mb oar rs, peC E B e S PI its ng roll gh r K pi nt Hi fo r y o rte tot roc FID ers s

LCD based digital alarm clock with digital thermometer

Abstract: atmega128 485 code example JFM24011-0101T full duplex max485 atmega128 USART C code examples ATMEGA128 projects MAX485 SMD wireless weather monitoring USING MICROCONTROLLER avr lcd 2x16 K6T1008
Contextual Info: Ethernet Minimodule User’s Manual REV 0.9 , lu ard ST Sta rve a , e o Ev B VR ers b S l d n io 1, A trol We mo t a ‘5 n d ni ri o e r c fo cro dd s M the e s d e i m mb oar rs, peC E B e S PI its ng roll gh r K pi nt Hi fo r y o rte tot roc FID ers s o c

Contextual Info: EPH1R5035 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 1.42 1.5 1.57 V Output Voltage Initial Setting Ta = 25°C Io = 0~3 A Line Regulation Io = 3.5 A Vi = 36~75 V 

MSOP-14

Contextual Info: EPH2R5030 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 2.42 2.5 2.62 V Output Voltage Initial Setting Ta = 25°C Io = 0~3 A Line Regulation Io = 3 A Vi = 36~75 V  20

pec 144

Contextual Info: EPH1R2035 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 1.14 1.2 1.26 V Output Voltage Initial Setting Ta = 25°C Io = 0~3.5 A Line Regulation Io = 3.5 A Vi = 36~75 V 

5055V

Contextual Info: EPH5R0020 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 4.85 5.0 5.25 V Output Voltage Initial Setting Ta = 25°C Io = 0~2 A Line Regulation Io = 2 A Vi = 36~75 V  50

2037V

Abstract: eph2r1030
Contextual Info: EPH2R1030 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 1.99 2.1 2.20 V Output Voltage Initial Setting Ta = 25°C Io = 0~3 A Line Regulation Io = 3 A Vi = 36~75 V  10

pec fuse

Contextual Info: EPH1R8030 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 1.71 1.8 1.89 V Output Voltage Initial Setting Ta = 25°C Io = 0~3 A Line Regulation Io = 3 A Vi = 36~75 V  10

EPH1R3035

Contextual Info: EPH1R3035 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 1.23 1.3 1.36 V Output Voltage Initial Setting Ta = 25°C Io = 0~3.5 A Line Regulation Io = 3.5 A Vi = 36~75 V 

MSOP-14

Contextual Info: EPH2R0030 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 1.9 2.0 2.1 V Output Voltage Initial Setting Ta = 25°C Io = 0~3 A Line Regulation Io = 3 A Vi = 36~75 V  10 

PEC 346

Abstract: W9-085
Contextual Info: EPH3R3030 [ 1] Electrical Specification Output Side Ta − 40 ~ 85 °C Vi 36 ~75 V Characteristics Vo Io Output Conditions Vi = 48 V Typ. Max. 3.2 3.3 3.46 V Output Voltage Initial Setting Ta = 25°C Io = 0~3 A Line Regulation Io = 3 A Vi = 36~75 V  30