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45KN021-GRX datasheet (1)

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45KN021-GRX 45KN021-GRX ECAD Model Eagle Plastic Devices Knobs Original PDF

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mouser

Abstract: 45KN021-GRX 45KN022-GRX O535
Text: Knobs 45KN021-GRX ,45KN022- GRX Date Last Revised: 3/2/07 45KN021-GRX 45KN022- GRX ø22.71±.30 (ø.894±.012) 23.19 (.913) ø13.59 (ø.535) 4.50 (.177) ø36.57±.05 (ø1.44±.002) ø6.40±.05 (ø.252+.002) Dimensions: mm (in.) SPECIFICATIONS Type: control & instrument Material: phenolic Color: black Fitting type: screw (M4 x .7 x 8mm) RoHS Compliant by Exemption Available from Mouser Electronics 1-800-346-6873 www.mouser.com EPD-200543 Specifications are


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PDF 45KN021-GRX 45KN022-GRX 45KN021-GRX EPD-200543 mouser 45KN022-GRX O535
2005 - Not Available

Abstract: No abstract text available
Text: MHz) ­ Isolation (dB) 20 min G-Tx=> G-Rx 20 min G-Tx=>Rx ­ 20 min D-Tx=>D-Rx 20 min D-Tx=> G-Rx ­ 20 min G-Tx=> G-Rx 20 min G-Tx=>D-Rx ­ 20 min D-Tx=>D-Rx 20 min D-Tx=> G-Rx ­ 20 min G-Tx=> G-Rx 20 min G-Tx=>D-Rx 20 min G-Tx=>P-Rx ­ 20 min D/P-Tx=>D-Rx 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>P-Rx ­ 20 min D/P-Tx=>D-Rx 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>P-Rx 20 min G-Tx=> G-Rx 20 min G-Tx=>D-Rx ­ 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>D-Rx ­ 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>P-Rx ­ Input power (dBm) 35 max. ­ 32 max. ­


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PDF GSM850/PCS) EZFL897TB31C
IDT82V1054A

Abstract: IDT82V1068
Text: Signal input of 0 dBm0, µ-law or A-law Corrected wrong descriptions on GRX in Section 2.2.2 (page 11) Old: "For each individual channel, the digital gain in the receive path ( GRX ) is programmable from -12 dB to +3 dB with minimum 0.1 dB step. If the CS[7] bit in LREG1 is `0', the GRX filter is disabled. If the CS[7] bit is `1', the GRX is programmed by the coefficient RAM." New: "For each channel, the digital gain filter in the receive path ( GRX ) can be disabled by setting the CS[7] bit in LREG1 to `0'.


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PDF IDT82V1054A F0401-05 IDT82V1068
1992 - slls150a

Abstract: SN75LBC088
Text: SCL4 + SCL4 ­ STX4 + STX4 ­ DRVSS4 GRX + GRX ­ V DD(L) VSS(L) TEST DRVDD5 STX5 + STX5 ­ , driver (GTX) and two differential receivers ( GRX and GCL). The GTX output pair drives data from a station port to the network. The GRX input pair receives network data from the external transceiver and , GTX driver, with the help of loop back connectors, routes the preamble to both the GRX and the GCL receivers. The GRX data is then sent internally to all the STXx drivers. External connectors on the STXx


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PDF SN75LBC088 SLLS150A 84-Pin, slls150a SN75LBC088
EZFL836DC21C

Abstract: EZFL897DC21C EZFL897TB31C saw 3.0*2.5
Text: MHz) 25 (1760-1830 MHz) 20 min G-Tx=> G-Rx 20 min G-Tx=>Rx 20 min D-Tx=>D-Rx 20 min D-Tx=> G-Rx 20 min G-Tx=> G-Rx 20 min G-Tx=>D-Rx 20 min D-Tx=>D-Rx 20 min D-Tx=> G-Rx 20 min G-Tx=> G-Rx 20 min G-Tx=>D-Rx 20 min G-Tx=>P-Rx 20 min D/P-Tx=>D-Rx 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>P-Rx 20 min D/P-Tx=>D-Rx 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>P-Rx 20 min G-Tx=> G-Rx 20 min G-Tx=>D-Rx 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>D-Rx 15 min D/P-Tx=> G-Rx 20 min D/P-Tx=>P-Rx - 25 (2640-2745 MHz) 25


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PDF GSM850/ EZFL897TB31C EZFL836DC21C EZFL897DC21C EZFL897TB31C saw 3.0*2.5
RAM 6224

Abstract: RAM 6224 data sheet IDT821054A
Text: Corrected the wrong description on GRX (Page 11) Old: "For each individual channel, the digital gain in the receive path ( GRX ) is programmable from 12 dB to +3 dB with minimum 0.1 dB step. If the CS[7] bit in LREG1 is `0', the GRX filter is disabled. If the CS[7] bit is `1', the GRX is programmed by the coefficient RAM." New: "For each channel, the digital gain filter in the receive path ( GRX ) can be disabled by setting the CS[7] bit in LREG1 to `0'. If the CS[7] bit in LREG1 is set to `1', the GRX filter


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PDF IDT821054A DSC-6224/3) DSC-6224/2) RAM 6224 RAM 6224 data sheet
2001 - 9947

Abstract: HC55185 IDT821068 IM30 74 act 07 55 ECF
Text: 42 36 FD BF 00 01 88 GRX FA 02 COEFFICIENT RAM CHANNEL 2 IMF , ACR: E6 00 EA FC 94 42 94 42 EA FC E6 00 01 88 GRX F1 , 92 FC E8 00 01 88 GRX FA 02 6 Application Note 9947 TABLE 1. 600 , 43 1D 43 29 FC 0C 01 01 88 GRX FA 02 COEFFICIENT RAM CHANNEL 5 , 1F ACR: 1A 01 24 FC 22 43 22 43 24 FC 1A 01 01 88 GRX


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PDF HC55185 IDT821068 AN9947 IDT821068 9947 IM30 74 act 07 55 ECF
2000 - AN-347

Abstract: HC55185 IDT821068 IM30 06B7 AN347 FD6505 55 ECF
Text: 6A 42 6A 42 36 FD BF 00 01 88 GRX FA 02 COEFFICIENT RAM , 88 GRX F1 02 COEFFICIENT RAM CHANNEL 3 IMF: 69 FD BB EB DB 27 , 42 DC 42 92 FC E8 00 01 88 GRX FA 02 COEFFICIENT RAM CHANNEL 4 , 1F ACR: 0C 01 29 FC 1D 43 1D 43 29 FC 0C 01 01 88 GRX , 43 24 FC 1A 01 01 88 GRX F1 02 COEFFICIENT RAM CHANNEL 6 IMF


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PDF HC55185 IDT821068 AN-347 IDT821068 IDT82 AN-347 IM30 06B7 AN347 FD6505 55 ECF
1992 - SN75LBC088

Abstract: SN75LBC088FN
Text: SCL4 + SCL4 ­ STX4 + STX4 ­ DRVSS4 GRX + GRX ­ V DD(L) VSS(L) TEST DRVDD5 STX5 + STX5 ­ , driver (GTX) and two differential receivers ( GRX and GCL). The GTX output pair drives data from a station port to the network. The GRX input pair receives network data from the external transceiver and , GTX driver, with the help of loop back connectors, routes the preamble to both the GRX and the GCL receivers. The GRX data is then sent internally to all the STXx drivers. External connectors on the STXx


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PDF SN75LBC088 SLLS150A 84-Pin, SN75LBC088 SN75LBC088FN
2014 - Not Available

Abstract: No abstract text available
Text: SM Crystal AEC-Q200 Automotive GRX -330 Specifications Product Parameters Frequency range: GRX -330 12.0 ~ 40.0MHz Option Codes  Calibration tolerance: ±10ppm ±20ppm  , Ordering Information Product name + option codes + frequency eg: GRX -330/2P4DF 13.560MHz 20/15/-40+85/1-F GRX -330/23ABF 27.0MHz 20/30/-40+125/12-F Option code X (eg GRX -330/X) denotes a custom specification , : sales@golledge.com Web: www.golledge.com Product Information GRX -330 Construction ïƒ ïƒ Ceramic


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PDF AEC-Q200 GRX-330 10ppm 20ppm 30ppm 15ppm 50ppm 100ppm
1992 - "aui transformer"

Abstract: SN75LBC088
Text: SCL4 + SCL4 ­ STX4 + STX4 ­ DRVSS4 GRX + GRX ­ V DD(L) VSS(L) TEST DRVDD5 STX5 + STX5 ­ , driver (GTX) and two differential receivers ( GRX and GCL). The GTX output pair drives data from a station port to the network. The GRX input pair receives network data from the external transceiver and , GTX driver, with the help of loop back connectors, routes the preamble to both the GRX and the GCL receivers. The GRX data is then sent internally to all the STXx drivers. External connectors on the STXx


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PDF SN75LBC088 SLLS150A 84-Pin, "aui transformer" SN75LBC088
1992 - Not Available

Abstract: No abstract text available
Text: + STX4 – DRVSS4 GRX + GRX – V DD(L) VSS(L) TEST DRVDD5 STX5 + STX5 – SCL5 + SCL5 â , driver (GTX) and two differential receivers ( GRX and GCL). The GTX output pair drives data from a station port to the network. The GRX input pair receives network data from the external transceiver and , time. The GTX driver, with the help of loop back connectors, routes the preamble to both the GRX and the GCL receivers. The GRX data is then sent internally to all the STXx drivers. External connectors


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PDF SN75LBC088 SLLS150A 84-Pin,
2015 - Not Available

Abstract: No abstract text available
Text: SM Crystal AEC-Q200 Automotive GRX -330 Specifications 2011/65/EU Product Parameters Frequency range: GRX -330 12.0 ~ 40.0MHz Option Codes  Calibration tolerance: ±10ppm  , : GRX -330/2P4DF 13.560MHz 20/15/-40+85/16-F GRX -330/23ABF 27.0MHz 20/30/-40+125/12-F Option code X (eg GRX -330/X) denotes a custom specification. Vehicle telematics Connected car Remote Keyless Entry , Product Information GRX -330 Construction ïƒ ïƒ Ceramic body with gold-plated pads Metal lid


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PDF AEC-Q200 GRX-330 2011/65/EU 10ppm 20ppm 30ppm 15ppm 50ppm
2000 - DSC 5D

Abstract: SOH DX1 ed 49 E5 0D C4029B imf29 47029B A41E MHNA2W.00 19CF
Text: : DC 00 93 FF 79 3F 79 3F 93 FF DC 00 9B 81 GRX 0C 03 , 00 9B 81 GRX 0C 03 Coefficient RAM CHANNEL 3 IMF: 20 2B 58 E4 DD , E4 3E E4 3E 57 00 BE 00 9B 81 GRX 0C 03 Coefficient RAM , 81 GRX 0C 03 Coefficient RAM CHANNEL 5 IMF: 29 2B ED E3 3A ED 59 , 1A 3E 75 01 76 00 9B 81 GRX 0C 03 Coefficient RAM CHANNEL 6 IMF


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PDF UniSLIC14 IDT821068 AN-345 DSC 5D SOH DX1 ed 49 E5 0D C4029B imf29 47029B A41E MHNA2W.00 19CF
"aui transformer"

Abstract: SN75LBC088 d4065 STX3
Text: two differential receivers ( GRX and GCL). The GTX output pair drives data from a station port to the network. The GRX input pair receives network data from the external transceiver and channels it to all , driver, with the help of loop back connectors, routes the preamble to both the GRX and the GCL receivers. The GRX data is then sent internally to all the STXx drivers. External connectors on the STXx drivers , -to-9 Selector (MUX) 4z_ D river Control Collision Detect SQE Logic GTX + GTX- GRX + GRX - GCL + GCL


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PDF SN75LBC088 SLLS150A-D4065, 84-Pin, SLLS150A D4065, SLLS150A- "aui transformer" SN75LBC088 d4065 STX3
EZFL836DC21C

Abstract: EZFL897DC21C GTX 120 VC-29 4532T
Text: . (3700-3820 MHz) 25.0 min. (5550-5730 MHz) ­ Isolation (dB) 20 min. G-Tx=> G-Rx 20 min. G-Tx=>Rx ­ 20 min. D-Tx=>D-Rx 20 min. D-Tx=> G-Rx ­ 20 min. G-Tx=> G-Rx 20 min. G-Tx=>D-Rx ­ 20 min. D-Tx=>D-Rx 20 min. D-Tx=> G-Rx ­ 20 min. G-Tx=> G-Rx 20 min. G-Tx=>D-Rx 20 min. G-Tx=>P-Rx ­ 20 min. D/P-Tx=>D-Rx 15 min. D/P-Tx=> G-Rx 20 min. D/P-Tx=>P-Rx ­ 20 min. D/P-Tx=>D-Rx 15 min. D/P-Tx=> G-Rx 20 min. D/P-Tx=>P-Rx 20 min. G-Tx=> G-Rx 20 min. G-Tx=>D-Rx ­ 15 min. D/P-Tx=> G-Rx 20 min. D/P-Tx=>D-Rx


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PDF GSM850/PCS) EZFL897TB31C EZFL836DC21C EZFL897DC21C GTX 120 VC-29 4532T
2001 - AN9948

Abstract: ecf 83 IDT821068 9948 HC55185 A41E
Text: 79 3F 79 3F 93 FF DC 00 9B 81 GRX 0C 03 COEFFICIENT RAM , 81 GRX 0C 03 COEFFICIENT RAM CHANNEL 3 IMF: 20 2B 58 E4 DD EC , BE 00 9B 81 GRX 0C 03 COEFFICIENT RAM CHANNEL 4 IMF: 1F 2B 2A , C1 00 90 3E 90 3E C1 00 B2 00 9B 81 GRX 0C 03 , 00 9B 81 GRX 0C 03 COEFFICIENT RAM CHANNEL 6 IMF: 3B 2B A9 E3


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PDF UniSLIC14 IDT821068 AN9948 UniSLIC14 IDT821068 AN9948 ecf 83 9948 HC55185 A41E
1992 - SN75LBC088

Abstract: SMART WORK
Text: SCL4 + SCL4 ­ STX4 + STX4 ­ DRVSS4 GRX + GRX ­ V DD(L) VSS(L) TEST DRVDD5 STX5 + STX5 ­ , driver (GTX) and two differential receivers ( GRX and GCL). The GTX output pair drives data from a station port to the network. The GRX input pair receives network data from the external transceiver and , GTX driver, with the help of loop back connectors, routes the preamble to both the GRX and the GCL receivers. The GRX data is then sent internally to all the STXx drivers. External connectors on the STXx


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PDF SN75LBC088 SLLS150A 84-Pin, SN75LBC088 SMART WORK
1994 - transistor bcy58 IX

Abstract: BCY59 BCY58 BCY78 BCY79 bcy58v
Text: 2.5 mA DC Current Gain I C =10 µA V CE = 5 V Gr.VII Gr.VIII Gr.IX Gr.X V CE = 5 V Gr.VII Gr.VIII Gr.IX Gr.X V CE = 1 V Gr.VII Gr.VIII Gr.IX Gr.X V CE =1 V Gr.VII Gr.VIII Gr.IX Gr.X V (BR)CE O * V BE V B E ( s at)* h F E* I C = 2 mA I C =10 mA I C =100 mA , CE = 5 V Gr.VII Gr.VIII Gr.IX Gr.X fT Min. Emitter-base Capacitance Turn-off Time


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PDF BCY58 BCY59 BCY58 BCY59 BCY78 BCY79. transistor bcy58 IX BCY78 BCY79 bcy58v
bcy59

Abstract: No abstract text available
Text: = 100 mA lc h FE* =10 [xA V ce = 5 V Gr.VII Gr. VIII Gr.lX Gr.X lc = 2 mA V ce = 5 V Gr.VII Gr. V I11 Gr.lX Gr.X lc 20 40 100 120 120 =10 mA Gr.VII Gr. V I11 Gr.lX Gr.X , 220 310 460 630 o m II o m II < =100 mA < Gr.VII Gr. V I11 Gr.lX Gr.X * Pulsed , Gr.X M in. 125 125 175 250 350 Typ. Max. U nit 250 350 500 700 200 MHz 15 6 fr


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PDF BCY59 BCY58and BCY59are BCY78 BCY79. BCY58 BCY59
2000 - A1 RMF

Abstract: L3916A L3916AD HP5A94 21-C3C2
Text: device. This is the voltage reference for all specifications. RXOUT, GRX , RXIN RXOUT (pin 10), GRX , between GRX and RXOUT. 3/14 L3916A FUNCTION PIN DESCRIPTION (continued) IREF Pin 13. An external , Impedance 32 ZDTMF GRX AGRX D RX Receive Gain Receive Gain Variation Reveive Distortion 1.0 Vinp = 5mVrms, Re = 300 R GRX = 100K IL = 15mA IL = 60mA IL =15mA, Re = 300 R GRX = 10K R GRX = 300K K 8 29.5 24 31.0 26 dB dB +10 dB dB dB 2 2 2 ­20


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PDF L3916A A1 RMF L3916A L3916AD HP5A94 21-C3C2
Y59 r 120

Abstract: G-3174
Text: Vce = 5 V Gr.VII Gr.VIII Gr.lX Gr.X Vce = 5 V Gr.VII Gr.VIII Gr.lX Gr.X Vce = 1 V Gr.VII Gr.VIII Gr.lX Gr.X V ce =1 V Gr.VII Gr.VIII Gr.lX Gr.X lc lc 10 m A 100 mA lc =10 (lA lc = 2 mA lc , Signal Current Gain T e s t C o n d itio n s lc = 2 mA f = 1 kHz V ce = 5 V Gr.VII Gr.VIII Gr.lX Gr.X fT


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PDF BCY58 BCY59 BCY59 JedecTO-18 BCY78 BCY79. BCY58-BCY59 G-3173 G-3174 Y59 r 120 G-3174
1995 - HF393

Abstract: L3934AN L3934AD L3934A L3924AN L3924AD L3924A L3914AN L3914AD L3914A
Text: specifications. RXOUT, GRX , RXIN RXOUT (pin 10), GRX (pin 11) and RXIN (pin 12). The receive amplifier has one , is proportional to the external resistor connected between GRX and RXOUT. 3/15 L3914A - L3924A , DTMF Att. pin Impedance 32 ZDTMF GRX AGRX D RX Receive Gain Receive Gain Variation , 4.7µF RGTX 68K IREF 100µF ICC = C3 2.2K 10 GRX C4 VLN RA REG LN RB , PULSE TONE SW2 OSC MODE 100K /PT HKS SW1 GND RXOUT 300 Re GRX 10µF 2


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PDF L3914A L3924A L3934A 400ms HF393 L3934AN L3934AD L3934A L3924AN L3924AD L3914AN L3914AD L3914A
CY58

Abstract: No abstract text available
Text: Gr.VIII G r.lX Gr.X V ce = 5 V Gr.VII Gr.VIII G r.lX Gr.X V ce = 1 V Gr.VII Gr.VIII G r.lX Gr.X 0.12 , ^ Gr.VII Gr.VIII G r.lX Gr.X * Pulsed : pulse duration = 300 ^s, duty cycle = 1 %. 2/6 ^ 7 # , onditions l c = 2 mA f = 1 kHz V CE = 5 V Gr.VII Gr.VIII G r.lX Gr.X Min. 125 125 175 250 350 Typ


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PDF BCY58 BCY59 BCY59 BCY78 BCY79. CY58
1995 - HP5A94

Abstract: L3936AD L3936A L3926AN L3926AD L3926A L3916AN L3916AD L3916A DIP28
Text: device. This is the voltage reference for all specifications. RXOUT, GRX , RXIN RXOUT (pin 10), GRX , between GRX and RXOUT. 3/15 L3916A - L3926A - L3936A FUNCTION PIN DESCRIPTION (continued) IREF Pin , Impedance 32 ZDTMF GRX AGRX D RX Receive Gain Receive Gain Variation Reveive , 2.2K 10 GRX C4 VLN RA REG LN RB LED 130K 100µF ILED 390 ILINE IL , HKS SW1 GND RXOUT 300 Re GRX 10µF 2 23 6 5 7 8 10 11 100µF RGIN


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PDF L3916A L3926A L3936A HP5A94 L3936AD L3936A L3926AN L3926AD L3916AN L3916AD L3916A DIP28
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