RH 1B Search Results

SI 1050 GH

Abstract: GH-1E GU-1C GU-1Z GU-3C MARKING GU ES01 ES01A ES01F ES01Z
Contextual Info: SANKEN ELECTRIC U S A H E Fast Recovery Diodes D I ? 741 ODDDI ET fi | • Io : 0 .3 -1 .2 A IVrm: 100—1500V " 0 I- O I T RH/ES/RS/RH/GU/RU/GH/EU Io A V rm (V) V rsm (V) Type N o \ ^ RH 1Z RH 1 RH 1A RH 1B RH 1C ES01Z ES01 ES01A ES01F ES 1Z ES 1 ES 1A

GH-3S

Contextual Info: SANKEN ELECTRI C U S A HE Fast Recovery Diodes IV r m : 1 0 0 — D I ? 741 ODDDI ET fi | • I o : 0 .3 - 1 5 0 0 V T RH/ES/RS/RH/GU/RU/GH/EU V rsm V V rm (V) Io (A) Type N o \ ^ RH 1Z RH 1 RH 1A RH 1B RH 1C ES01Z ES01 ES01A ES01F ES 1Z ES 1 ES 1A ES 1F

Contextual Info: Fast-Recovery Rectifier Diodes Electrical Characteristics Ta = 25°C Absolute Maximum Ratings Parameter Type No. VRM (V) I F (AV) (A) RC 2 2000 EH 1Z 200 EH 1 400 EH 1A 600 RH 1Z 200 RH 1 400 RH 1A 600 RH 1B 800 RH 1C 1000 IFSM (A) Tj (°C) Tstg (°C) t rr ➀

panaflo fba06t24h

Abstract: FBA08A24H panaflo FBA FBA09A24H fba08a12m FBA12G24H FBA12G12H FBA08T12H FBK04F12H FBA08T24H
Contextual Info: FBA08A 80 X 25.5L EMINEBEA.COM Allowable Ambient Temperature Range: Failure Rate: 10% -10°C ~ +70°C (65%RH) (Operating) -40°C ~ +75°C (65%RH) (Operating) (non-condensing environment) 50,000 Hours (40°C, 65%RH) 1.00 .157 (25.5) .157 (4) (4) 2.81 (71.5)

FBA08A24H

Abstract: FBA06A12H panaflo fba06t24h fba06t24 panaflo FBA FBA12G24H FBA06A24 FBA09A24H FBA08A12H Panaflo
Contextual Info: FBA06A 60 X 25.5L EMINEBEA.COM Allowable Ambient Temperature Range: Failure Rate: 10% -10°C ~ +70°C (65%RH) (Operating) -40°C ~ +75°C (65%RH) (Storage) (non-condensing environment) 50,000 Hours (40°C, 65%RH) inch Units: (mm) (min - 1 ) In H2O (Pa) 2.36

panaflo lr99935

Abstract: FBA08A24H panaflo FBA Panaflo panaflo fba06t24h Panaflo* Fan FBA09A24H FBK04F12H FBA09A24L FBA06T24L
Contextual Info: FBA09A 92 X 25.5L EMINEBEA.COM Allowable Ambient Temperature Range: Failure Rate: 10% -10°C ~ +70°C (65%RH) (Operating) -40°C ~ +75°C (65%RH) (Storage) (non-condensing environment) 50,000 Hours (40°C, 65%RH) inch Units: (mm) ˜ÊÓ" (Pa) outlet 60

panaflo lr99935

Abstract: panaflo fba06t24h FBA08A24H FBA06A24 FBA12G12H Panaflo FBA08T FBA08T12H FBA12G24H FBA12G
Contextual Info: FBA12G 120 X 38L EMINEBEA.COM Allowable Ambient Temperature Range: Failure Rate: 10% -10°C ~ +70°C (65%RH) (Operating) -40°C ~ +75°C (65%RH) (Storage) (non-condensing environment) 30,000 Hours (25°C, 65%RH) inch Units: (mm) (min - 1 ) ˜ÊÓ" (Pa)

CR060316W103JT

Contextual Info: Si7013 I 2 C H UMIDITY A N D TW O - Z ONE TEMPERATURE S ENSOR Features       Precision Relative Humidity Sensor   ± 3% RH max , 0–80% RH  High Accuracy Temperature Sensor  ±0.4 °C (max), –10 to 85 °C  0 to 100% RH operating range

FMLG12

Abstract: rb60 RECTIFIER RB40 EU2A SANKEN EU2 RH2F CTB34 sanken s-100 78/rb60 RECTIFIER
Contextual Info: 7^0741 3SE » SA NK EN E L E C T R I C CO LTD QOOGflOS ü E S A K J 7 2 0 3 -OI eVrm: 100~ 1500V E lo:0.5~ l . 2A Fast Recovery Diodes RH/ES/RS/RH/RU/EU io A V rm (V) Ti CC) 5 0 H z H a lf S in e W ave S in g l e P uts T yp e N o \ 250 RH 1 450 400 RH 1A

E01D

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER SML-LXR85GC-TR CAUTION: MOISTURE SENSITIVE DEVICE 1 . SHELF U FE IN SEALED BAG: 12 MONTHS AT <4<TC AND <9D% RELATIVE HLMDTTY RH . 2 . AFTER THS BAG IS OPENED, CEVCES HAVE TQ BE MOUNTED WITHN 4B HQUfC OR STORED AT <30S RH.

Contextual Info: UNCONTROLLED DOCUMENT CAUTION: MOISTURE SENSITIVE DEVICE 1. SHELF UFE IN SEALED BAG: 12 MONTHS AT <4<TC AND <9D% RELATIVE HLMDTTY RH . REV, 2. AFTER THS BAG IS OPENED, CEVCES HAVE TQ BE A B MOUNTED WITHN 4B HQUfC OR STORED AT < 3 0 S RH. PART NUMBER REV.

AL624

Abstract: AL419 MS3102E-14S-6P MS3106A -10SL-4S weight MS3106E Sensotec shunt 8200 AA111 AA121 MS3106A-14S-6S
Contextual Info: Model RH Rod End In-line Tension Load Cell DESCRIPTION Model RH, with male and female threads, is a high output rod The optional high output signal offers resistance to electrical end load cell designed to be mounted inline to the load axis to noise as well as additional signal resolution. Additional options

Contextual Info: UNCONTROLLED DOCUMENT CAUTION: MOISTURE SENSITIVE DEVICE 1. SHELF U FE IN SEALED BAG: 1 2 MONTHS AT <4<TC AND <9D% RELATIVE HLMDTTY RH . REV, 2. AFTER THS BAG IS OPENED, CEVCES HAVE TQ BE A B MOUNTED WITHN 4B HQUfC OR STORED AT < 3 0 S RH. 2,60 E0.102] SM L-LXR85SRC -TR

Contextual Info: Si 7 0 1 3 - A10 I 2 C H UMIDITY A N D TW O - Z ONE TEMPERATURE S ENSOR Features       Precision Relative Humidity Sensor   ± 3% RH max , 0–80% RH  High Accuracy Temperature Sensor  ±0.4 °C (max), –10 to 85 °C

Contextual Info: 9?9-'@ 004? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - =L฀฀1[%^Rh U฀)DK:GH฀;><IF: D; B:F>H฀/ HGhJX /.) + =L"`_#%^Rh U฀2AHF6฀ADK฀<6H:฀8=6F<: O )'+22  * X%dia + _< U฀"LHF:B:฀9J 9H฀F6H:9 U฀%><=฀E:6@฀8IFF:CH฀86E67>A>HM

Contextual Info: 9?9-'@ 004? 4VVS=>Aa # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY - !0  U DK: GH;><IF: D; B : F>H/ HGhJX 1 [%^Rh /.) + =L"`_#%^Rh U 2 AHF6 ADK <6H : 8 =6F<: O )'*22 " * X%dia ,B _< U " LHF : B : 9J 9HF6H: 9 U % ><= E: 6@8 IFF: CH8 6E67>A >HM U . I6A

Contextual Info: 9?9-'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY - =L  U )DK: GH;><IF: D; B : F>H/ HGhJX 1 [%^Rh + =L"`_#%^Rh  U 2 AHF6 ADK <6H : 8 =6F<: /.) 1?   X O )'+.) " * X%dia +/ _< U " LHF : B : 9J 9HF6H: 9 U % ><= E: 6@8 IFF: CH8 6E67>A

Contextual Info: 9?9-'@ 004? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY - =L  U )DK: GH;><IF: D; B : F>H/ HGhJX 1 [%^Rh /.) + =L"`_#%^Rh U 2 AHF6 ADK <6H : 8 =6F<: O )'+22 " * X%dia + _< U " LHF : B : 9J 9HF6H: 9 U % ><= E: 6@8 IFF: CH8 6E67>A >HM U . I6A

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER SML-LXR8 5 IC-TR CAUTION: MOISTURE SENSITIVE DEVICE 1. SHELF UFE IN SEALED BAG: 12 MONTHS AT <4<TC AND <9D% RELATIVE HLMDTTY RH . 2. AFTER THS BAG IS OPENED, CEVCES HAVE TQ BE REV, A B C □ E F G H MOUNTED WITHN 4B HQUfC OR STORED AT < 3 0 S RH.

Contextual Info: 9?9-'@ ,4? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - !0฀฀1[%^Rh U฀)DK:GH฀;><IF: D; B:F>H฀/ HGhJX /.) + =L"`_#%^Rh U฀2AHF6฀ADK฀<6H:฀8=6F<: O )'*+.  * X%dia ., _< U฀"LHF:B:฀9J 9H฀F6H:9 U฀%><=฀E:6@฀8IFF:CH฀86E67>A>HM

Contextual Info: 9?3-'@ ,'4? 4VVS=>AB=฀#:A0<฀&<,9=4=>:< #<:/?.>฀%?88,<C 7LHZ[XLY - =L฀฀1[%^Rh U฀)DK:GH฀;><IF: D; B:F>H฀/ HGhJX /.) + =L"`_#%^Rh U฀2AHF6฀ADK฀<6H:฀8=6F<: O )'+.)  * X%dia +/ _< U฀"LHF:B:฀9J 9H฀F6H:9 U฀%><=฀E:6@฀8IFF:CH฀86E67>A>HM

D992

Abstract: QJE6
Contextual Info: 9?9-'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY - =L  U )DK: GH;><IF: D; B : F>H/ HGhJX 1 [%^Rh + =L"`_#%^Rh  U 2 AHF6 ADK <6H : 8 =6F<: /.) 1?   X O )'+.) " * X%dia +/ _< U " LHF : B : 9J 9HF6H: 9 U % ><= E: 6@8 IFF: CH8 6E67>A

G99F

Abstract: adk9
Contextual Info: 9?3-'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY - =L  U )DK: GH;><IF: D; B : F>H/ HGhJX 1 [%^Rh /.) + =L"`_#%^Rh U 2 AHF6 ADK <6H : 8 =6F<: O )'+.) " * X%dia +/ _< U " LHF : B : 9J 9HF6H: 9 U % ><= E: 6@8 IFF: CH8 6E67>A >HM U . I6A

Contextual Info: 9?3-'@ ,'4? 4VVS=>AB= # : A 0<& <,9 =4=>: < # <: /?.>% ?8 8 ,<C 7LHZ[XLY - =L  U )DK: GH;><IF: D; B : F>H/ HGhJX 1 [%^Rh /.) + =L"`_#%^Rh U 2 AHF6 ADK <6H : 8 =6F<: O )'+.) " * X%dia +/ _< U " LHF : B : 9J 9HF6H: 9 U % ><= E: 6@8 IFF: CH8 6E67>A >HM U . I6A