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SiTime Corporation
SIT9120AI-1B1-XXE106.250000G Silicon Oscillator 106.25MHz 2.25V to 3.63V 4-Pin QFN T/R - Tape and Reel (Alt: SIT9120AI-1B1-XXE106.250000G) SIT9120AI-1B1-XXE106.250000G ECAD Model
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SIT9120AI-1B1-XXE106.250000G datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
SIT9120AI-1B1-XXE106.250000G SIT9120AI-1B1-XXE106.250000G ECAD Model SiTIME Crystals, Oscillators, Resonators - Oscillators - MEMS OSC XO 106.2500MHZ LVPECL Original PDF

SIT9120AI-1B1-XXE106.250000G Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2004 - gxb tx_coreclk

Abstract: No abstract text available
Text: pll_areset signal goes low, the controller waits until the transmitter PLL is stable (pll_locked = 1'b1 , inclk or posedge async_reset) begin if (async_reset) begin rxdigitalreset_inclk <= 1'b1 ; rxanalogreset_inclk <= 1'b1 ; txdigitalreset <= 1'b1 ; pll_areset <= 1'b1 ; waitstate_timer <= WAITSTATE_TIMER_VALUE , be asserted in IDLE state (After reset seq has finished) begin rxdigitalreset_inclk <= 1'b1 ; rxanalogreset_inclk <= 1'b1 ; txdigitalreset <= 1'b1 ; pll_areset <= 1'b1 ; waitstate_timer <= WAITSTATE_TIMER_VALUE


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PDF SGX52009-1 gxb tx_coreclk
sunplus sphe8281d

Abstract: 8202d sphe8281d firmware DVD player circuit diagram sunplus SPHE8281D 8202D SUNPLUS sunplus usb player circuit diagram connect usb in vcd player circuit diagram sunplus* DVD YUV411
Text: selection Function dir sft_cfg2[11:10]=2'b01,2'b10 AT_RESET_B O sft_cfg4[0]= 1'b1 SPDC_OUT (default) I/O Sft_cfg8[9]= 1'b1 DAC_PDF sft_cfg8[8]= 1'b1 SC_OUT/GPIO 48 I/O , sft_cfg2[11:10]=2'b01,2'b10 I/O DAC_PDE I sft_cfg8[8]= 1'b1 OTP_TEST_ADDR[1] I (other) I/O SC_OUT (default) Sft_cfg8[9]= 1'b1 49 O sft_cfg4[1]= 1'b1 SC1_OUT/GPIO , ,2'b10 AT_DIOW_B O sft_cfg4[2]= 1'b1 SC1_OUT (default) I/O Sft_cfg8[9]= 1'b1


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PDF SPHE8281D SPHE8281D/Dx sunplus sphe8281d 8202d sphe8281d firmware DVD player circuit diagram sunplus SPHE8281D 8202D SUNPLUS sunplus usb player circuit diagram connect usb in vcd player circuit diagram sunplus* DVD YUV411
sper1c1

Abstract: abb sper 1b1 c4 1MDC92-WEN SPER sper 1c1 sper1b1 1MDB14000-EN LED monitor circuit diagram 11pole RS -24V RELAY
Text: SPER 1B1 C4, SPER 1C1 and SPER 1C2 Supervision relay User´s Manual and Technical Description 2 5 SPER 1B1 C4 OK FAULT 0291B U c = 40.265 V ­ I c = 1.5 mA U aux = 40.265 V ­ RS 485 004-AA Made in Finland 1MRS 750231 SPER 1B1 C4 SPER 1C1 and 1C2 Supervision relay , - 1 FAULT SPER 1B1 C4 OK Fig. 1. Block diagram for supervision relay SPER 1B1 C4 18 , 7 Rc SPER 1B1 C4 - Fig. 3. Current and voltages of the circuit monitored. For further


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PDF 0291B 004-AA 003-AA 051-AA 015-AA 1MDB14003-EN 1MDC92-WEN 1MDB14000-EN sper1c1 abb sper 1b1 c4 1MDC92-WEN SPER sper 1c1 sper1b1 1MDB14000-EN LED monitor circuit diagram 11pole RS -24V RELAY
GL650USB

Abstract: MIC29302 usbhub genesys logic hub usb port diagram on motherboard MIC2526-8
Text: FFD4 FFD3 FFD2 FFD1 FFD0 If FFSEL1 (in BUFCTL) = 1'b0, this is FF0 access-window; if FFSEL1 = 1'b1 , ) -Data buffer control ­ FFSEL1 : FIFO 0/1 selector 1'b0 ­ select endpoint 0 data buffer 1'b1 ­ select , 4 3 : PORT 1~7 under request 1'b1 ­ port 1 selected 1'b1 ­ port 2 selected 1'b1 ­ port 3 selected 1'b1 ­ port 4 selected 8 - R/W FFSEL1 R/W PORTSEL 2 R/W PORTSEL 1 08/18 , local power status 1'b0 ­ local power good 1'b1 ­ local power lost OVRCUR : HUB over current


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PDF GL650USB GL650USB 24MHz MIC29302 usbhub genesys logic hub usb port diagram on motherboard MIC2526-8
8-Port USB hub

Abstract: GL650USB GL652USB genesys logic hub usb port diagram on motherboard MIC2526-8 22L13 schematic diagram of usb hub 8-Port USB hub circuit usbhub
Text: 'b0, this is FF0 access-window; if FFSEL1 = 1'b1 , this is FF1 access-window. Each FFDAT read/write will , select endpoint 0 data buffer 1'b1 ­ select endpoint 1 data buffer FPRST : reset FIFO 0/1 pointer , PORTSEL PORTSEL PORTSEL 7 6 5 4 3 PORTSEL : PORT 1~7 under request PORTSEL1 1'b1 ­ port 1 selected PORTSEL2 1'b1 ­ port 2 selected PORTSEL3 1'b1 ­ port 3 selected PORTSEL4 1'b1 ­ port 4 selected PORTSEL5 1'b1 ­ port 4 selected PORTSEL6 1'b1 ­ port 4 selected PORTSEL7 1'b1 ­ port 4


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PDF GL652USB GL652USB 24MHz MIC29302 MIC29512 8-Port USB hub GL650USB genesys logic hub usb port diagram on motherboard MIC2526-8 22L13 schematic diagram of usb hub 8-Port USB hub circuit usbhub
1998 - T 3055

Abstract: T-2135 transistor B1010 T1255 T1735 uart 2651 T4655
Text: ; rdn = 1'b1 ; reg rst; end reg clk16x; integer receiver_chann ; reg clk1x; initial , ) ; initial begin rst = 1'b0 ; clk16x = 1'b0 ; #1 rst = 1'b1 ; clk1x = 1'b0 ; #10 rst = 1'b0 ; rxd = 1'b1 ; #10 rxd = 1'b1 ; no_bits_rcvd = 4'b0000 ; #30 rxd = 1'b0 ; clk1x_enable = 1'b0 ; #160 rxd = 1'b1 ; 1997 May 21 3 Philips Semiconductors Application note Implementing a UART in Philips CPLDs AN072 #160 rxd = 1'b0 ; reg framing_error ; #160 rxd = 1'b1 ; wire


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PDF AN072 RS232. T 3055 T-2135 transistor B1010 T1255 T1735 uart 2651 T4655
1998 - X-850

Abstract: No abstract text available
Text: ; // Nested If Process // always @ (posedge CLK) begin if (RESET = 1'b1 ) begin if (ADDR_A = 2 , DEC_Q[3:2] <= ADDR_A + 1'b1 ; DEC_Q[1:0] <= ADDR_B + 1'b1 ; if (ADDR_C = 2'b10) begin DEC_Q[5:4] <= ADDR_D + 1'b1 ; if (ADDR_D = 2'b11) DEC_Q[5:4] <= 2'b00; end else DEC_Q[5:4] <= ADDR_D; end end else DEC_Q[5:4] <= ADDR_D; DEC_Q[3:2] <= ADDR_A; DEC_Q[1:0] <= ADDR_B + 1'b1 ; end else DEC_Q <= 6 , CLK) begin if (RESET = 1'b1 ) begin casex (ADDR_ALL) 8'b00011011: begin DEC_Q[5:4] <= 2


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PDF XC4005E-2 x8504 X-850
2010 - verilog code for amba ahb master

Abstract: verilog code for ahb bus matrix AMBA AHB to APB BUS Bridge verilog code verilog code for amba ahb bus verilog code for apb3 verilog code for uart apb verilog code for amba apb master ahb wrapper verilog code verilog code AMBA AHB AMBA 2.0 AHB to APB BUS Bridge verilog code
Text: rd_enable <= 1'b0; wr_enable <= 1'b1 ; PREADY <= 1'b1 ; end else begin rd_enable <= 1'b1 ; wr_enable <= , 'b0; wr_enable <= 1'b0; PREADY <= 1'b1 ; fsm <= 2'b00; end else begin rd_enable <= 1'b0; wr_enable <= 1'b0; PREADY <= 1'b0; fsm <= 2'b10; end end 2'b10 : begin fsm <= 2'b00; PREADY <= 1'b1 ; end default , (HWRITE) begin case(HSIZE) 3'b000 : begin if (HADDR[1:0] = 2'b00) mem_wen00 <= 1'b1 ; else if (HADDR[1:0] = 2'b01) mem_wen01 <= 1'b1 ; else if (HADDR[1:0] = 2'b10) mem_wen10 <= 1'b1 ; else


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PDF AC333 verilog code for amba ahb master verilog code for ahb bus matrix AMBA AHB to APB BUS Bridge verilog code verilog code for amba ahb bus verilog code for apb3 verilog code for uart apb verilog code for amba apb master ahb wrapper verilog code verilog code AMBA AHB AMBA 2.0 AHB to APB BUS Bridge verilog code
9327

Abstract: TC7MPB9326 Ci d 9326 H 93-27 9326 11-2B1 l9326
Text: :TC7MPB9327) 2 1A/2A 1B1 /2B11B2/2B2 5.5V N MOS TC7MPB9326FT,TC7MPB9327FT , 1 14 VCCB 1A 2 13 1B1 1A 2 13 1B1 N.C 3 12 1B2 N.C 3 , 1B1 N.C 2 11 1B2 2A 3 10 2B1 N.C 4 9 2B2 5 6 7 8 S , Gate level converter S OE 1A 1B1 1B2 2A VCCB 1B1 1B2 2A 2B1 2B2 2B1 , VCCA VCCB VCCA Rpu VCCB Rpu Rpu Rpu Rpu Rpu 1B1 1A VCCA VCCB 2B1


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PDF TC7MPB9326 TC7MPB9327FT/FK/FTG TC7MPB9326FT TC7MPB9326FK TC7MPB9326FTG TC7MPB9327FT TC7MPB9327FK TC7MPB9327FTG TC7MPB9327 9327 Ci d 9326 H 93-27 9326 11-2B1 l9326
1998 - AN070

Abstract: philips application manchester manchester code verilog manchester verilog decoder manchester encoder an070
Text: 'b0 ; else if (!mdi1 && mdi2) clk1x_enable <= 1'b1 ; else if (!mdi1 && !mdi2 && no_bits_rcvd = 4 , clk16x or posedge rst or negedge clk1x_enable) begin if (rst) begin clk2 = 3'b000 ; first = 1'b1 ; end else if (!clk1x_enable) begin clk2 = 3'b000 ; first = 1'b1 ; end else if (first && (clk2 < 3 , negedge rdn) if (rst | !rdn) data_ready = 1'b0 ; else if (!clk1x_enable) data_ready = 1'b1 , ) & !wr) begin d[7:1] <= d[6:0]; d[0] <= 1'b0; ready <= 1'b1 ; end else if (count = 0) & wr


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PDF AN070 AN070 philips application manchester manchester code verilog manchester verilog decoder manchester encoder an070
T 3055

Abstract: B1011 T1495 T2145
Text: clklx; reg rx d ; regrdn ; wire [7:0] data; wire o e ; wire f e ; w irep e; rsr - 8'bO; rdn = 1'b1 , 'bO; #10 rxd = 1'b1 ; #30 rxd = 1'bO ; #160 red = 1'b1 ; $fmonitor(receiver_chann,T=%t,rst=%b,ntd=%b , AN072 #160 rxd = 1'b 0 ; #160 rxd = 1'b1 ; #160 rxd = 1'bO; #160 rxd = 1'b1 ; #160 rxd = 1'bO; #160 rxd = 1'b1 ; #160 rxd = 1'bO; #160 rxd = 1'b1 ; #160 rxd = 1'b1 ; #160 rxd = 1'b1 ; #160 rdn = 1'bO; #160 rdn = 1'b1 ; #480 Jldisplay (receiver_chann,"\nSimulation of receiver complete."); $finish; end


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PDF RS232. b0001) b0010) b0011) b1010) b1011) b1100) b0000; T 3055 B1011 T1495 T2145
2010 - LFXP2-5E-5TN144C

Abstract: SD CARD CONTROLLER RD1048 CMD55 lfxp25e5tn144c CMD24 CMD25 SD-Card MMC sd card soc flash controller
Text: ; 2'b11:RW_WRITE_SD_BLOCK; TRANS_CTRL_REG 0 TRANS_START 1'b1 :Start transaction. Self clearing. 0 W TRANS_STS_REG 0 TRANS_BUSY 1'b1 :Transaction busy 0 R [5:4 , Machine rst= 1'b1 ST_S_CTRL /000/ WT_FIN2 /101/ SDInitRdy = 1'b1 WT_FIN3 WT_S_CTRL_REQ /111/ /001/ readWriteSDBlockrdy = 1'b1 WT_FIN1 /010/ DIR_ACC /011/ INIT /100/ rxDataRdy = 1'b1 spiTransType= `DIRECT_ACCESS spiTransCtrl= `TRANS_START J1 spiTransType


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PDF RD1048 1-800-LATTICE LFXP2-5E-5TN144C SD CARD CONTROLLER RD1048 CMD55 lfxp25e5tn144c CMD24 CMD25 SD-Card MMC sd card soc flash controller
1998 - manchester verilog decoder

Abstract: manchester encoder an070 manchester code verilog Verilog implementation of a Manchester Encoder/Decoder philips application manchester philips application manchester verilog AN070 manchester encoder verilog code for uart communication manchester code
Text: 'b0 ; else if (!mdi1 && mdi2) clk1x_enable <= 1'b1 ; else if (!mdi1 && !mdi2 && no_bits_rcvd = 4 , clk16x or posedge rst or negedge clk1x_enable) begin if (rst) begin clk2 = 3'b000 ; first = 1'b1 ; end else if (!clk1x_enable) begin clk2 = 3'b000 ; first = 1'b1 ; end else if (first && (clk2 < 3 , negedge rdn) if (rst | !rdn) data_ready = 1'b0 ; else if (!clk1x_enable) data_ready = 1'b1 , ) & !wr) begin d[7:1] <= d[6:0]; d[0] <= 1'b0; ready <= 1'b1 ; end else if (count = 0) & wr


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PDF AN070 manchester verilog decoder manchester encoder an070 manchester code verilog Verilog implementation of a Manchester Encoder/Decoder philips application manchester philips application manchester verilog AN070 manchester encoder verilog code for uart communication manchester code
54AC240

Abstract: 54AC240DMQB 54AC240FMQB 54AC240LMQB 54AC240WG-QML 5962-8755001RA AC240 Z240
Text: Revision Date: 06/28/96 MN54AC240-X REV 1B1 Octal Buffers/Line Drivers With 3 - State Outputs , +25 +125 -55 +25 +125 -55 MICROCIRCUIT DATA SHEET MN54AC240-X REV 1B1 Features - , DATA SHEET MN54AC240-X REV 1B1 (Absolute Maximum Ratings) (Note 1) Supply Voltage (Vcc) -0.5V , /ns 3 MICROCIRCUIT DATA SHEET MN54AC240-X REV 1B1 Electrical Characteristics DC , MICROCIRCUIT DATA SHEET MN54AC240-X REV 1B1 Electrical Characteristics DC PARAMETERS(Continued) (The


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PDF MN54AC240-X AC240 54AC240 54AC240DMQB 54AC240FMQB 54AC240LMQB 54AC240WG-QML MIL-STD-883, 50TEMPERATURE, 54AC240 54AC240DMQB 54AC240FMQB 54AC240LMQB 54AC240WG-QML 5962-8755001RA Z240
2000 - LM103H

Abstract: LM113H diode wg 5962-9684301VXA 5962-8671101XA LM113WG-QMLV LM113H-SMD LM113H-QMLV t0 ca smd LM113
Text: Revision Date: 11/07/96 MNLM113-X REV 1B1 REFERENCE DIODE General Description The LM113 is a , +25 +125 -55 +25 +125 -55 MICROCIRCUIT DATA SHEET MNLM113-X REV 1B1 Features - Low , MNLM113-X REV 1B1 (Absolute Maximum Ratings) (Note 1) Power Dissipation (Note 2) 100mW Reverse , SHEET MNLM113-X REV 1B1 Electrical Characteristics DC PARAMETERS SYMBOL PARAMETER Delta , -0.02 Guaranteed parameter not tested. 4 0.02 MICROCIRCUIT DATA SHEET MNLM113-X REV 1B1


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PDF MNLM113-X LM113 LM113WG P000472A LM103H, LM113H, LM129H P000475A M0003665 LM103H LM113H diode wg 5962-9684301VXA 5962-8671101XA LM113WG-QMLV LM113H-SMD LM113H-QMLV t0 ca smd
Not Available

Abstract: No abstract text available
Text: . There is no restriction on the relative magnitude of the An and Bn voltages; both the 1A,2A and 1B1 , output enable (OE:TC7MPB9326, OE :TC7MPB9327). The 1A/2A inputs are connected to 1B1 /1B2 and 2B1/2B2 , VCCA 1 14 VCCB 1B1 1A 2 13 1B1 12 1B2 N.C 3 12 1B2 4 11 , TC7MPB9327FTG N.C VCCA VCCB N.C 16 15 14 13 1A 1 12 1B1 N.C 2 11 1B2 , VCCA Gate level converter S OE 1A 1B1 1B2 2A 1B1 1B2 2A 2B1 2B2 2B1


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PDF TC7MPB9326 9327FT/FK/FTG TC7MPB9326FT TC7MPB9326FK TC7MPB9326FTG TC7MPB9327FT TC7MPB9327FK TC7MPB9327FTG TC7MPB9327
C-PORT

Abstract: keyboard matrix LED drive and keyboard control chip DRV12 DRV15 GL651USB DRV18 USB matrix keyboard controller
Text: or Endpoint under host request PORTSEL1 1'b1 ­ port 1 selected PORTSEL2 1'b1 ­ port 2 selected PORTSEL3 1'b1 ­ port 3 selected EPSEL3 1'b1 ­ endpoint 3 is selected EPSEL2 1'b1 ­ endpoint 2 is selected EPSEL1 1'b1 ­ endpoint 1 is selected Before FFDAT123 and TXCTL123 is used, EPSEL1~3 must have , 1'b0 ­ local power good 1'b1 ­ local power lost OVRCUR : HUB over current indicator 1'b0 ­ No over-current condition currently exists 1'b1 ­ A hub over-current condition exists C_LCPWR : Local power


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PDF GL651USB GL651USB 2N7002 C-PORT keyboard matrix LED drive and keyboard control chip DRV12 DRV15 DRV18 USB matrix keyboard controller
2007 - ES9008

Abstract: ESS sabre dac ES9008S ess sabre DAC8B 5.1 home theatre circuit diagram I2S 5.1 to SPDIF 2.1 to 5.1 home theatre circuit diagram simple 5.1 home theater circuit diagram with volume control
Text: . 1'b0 = Use either I2S or DSD input 1'b1 = Use SPDIF input [6:0] : Automute trigger point in dB's = , 'b00 = I2S 2'b01 = LJ 2'b10 = RJ 2'b11 = I2S [3] : RESERVED o Must be set to 1'b1 for normal operation , INFORMATION ES9008 Datasheet 1'b0 = Bypass and stop JITTER_REDUCTION. 1'b1 = Use JITTER_REDUCTION. [1] : BYPASS_DEEMPHASIS FILTER 1'b0 = Use De-emphasize Filter 1'b1 = Bypass De-emphasize Filter [0] : MUTE DAC'S 1'b0 = Unmute All DAC's 1'b1 = Mute All DAC's Register #11: Mode Control 2 (default = 8'b10000101) [7


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PDF ES9008 ES9008) 134dB -118dB ESS sabre dac ES9008S ess sabre DAC8B 5.1 home theatre circuit diagram I2S 5.1 to SPDIF 2.1 to 5.1 home theatre circuit diagram simple 5.1 home theater circuit diagram with volume control
M0003969

Abstract: 54AC244LMQB 54AC244WG-QML Z244 MN54AC244-X AC244 5962-8755201RA 54AC244FMQB 54AC244DMQB 54AC244
Text: Revision Date: 06/28/96 MN54AC244-X REV 1B1 Octal Buffers/Line Drivers With 3-State Outputs General , +25 +125 -55 +25 +125 -55 MICROCIRCUIT DATA SHEET MN54AC244-X REV 1B1 Features - , MN54AC244-X REV 1B1 (Absolute Maximum Ratings) (Note 1) Supply Voltage (Vcc) -0.5V to +7.0V DC Input , MN54AC244-X REV 1B1 Electrical Characteristics DC PARAMETERS (The following conditions apply to all the , MICROCIRCUIT DATA SHEET MN54AC244-X REV 1B1 Electrical Characteristics DC PARAMETERS(Continued) (The


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PDF MN54AC244-X AC244 54AC244 54AC244DMQB 54AC244FMQB 54AC244LMQB 54AC244WG-QML MIL-STD-883, 5005EMPERATURE, M0003969 54AC244LMQB 54AC244WG-QML Z244 5962-8755201RA 54AC244FMQB 54AC244DMQB 54AC244
manchester verilog decoder

Abstract: DK20-9.5/110/124 manchester code verilog MD1010
Text: or posedge rst) begin if (rst) clktx_enable <= t 'bO; else if (!mdi1 && mdi2) clk1x_enable <= 1'b1 , ) begin if (rst) begin clk2 = 3'bOOO; first = 1'b1 ; end else if (!clk1x_enable) begin clk2 = 3'b000; first = 1'b1 ; end else if (first && (clk2 < 3'b011) clk2 = clk2 + 1 ; else if (first && (clk2 = 3 , !rdn) data_ready = 1 bO; else if (iclkl x_enable) data_ready = 1'b1 ; endmodule 1997 May 14 410 , = 1'bO; end else begin if (count = 0) & !wr) begin d[7:1] <= d[6:0]; d[0] <=1'b0; ready <= 1'b1


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PDF mda0101010101 4400lrst manchester verilog decoder DK20-9.5/110/124 manchester code verilog MD1010
1997 - verilog code for johnson counter

Abstract: 2100 1BZ Q0011 Q1100 16HF80 1650 LD B1111 ps138 4bit verilog code for johnson counter Q1111
Text: ,"time %d rst=%b clk=%b count=%b ", $time, rst,clk,count) ; #10 rst = 1'b1 ; #125 rst = 1'b0 ; #1000 rst = 1'b1 ; #1250 rst = 1'b0 ; $fdisplay (counter_chann,"\nSimulation of counter is complete , count=%b ", $time, rst,clk,count) ; #1 rst = 1'b1 ; #12 rst = 1'b0 ; #1000 rst = 1'b1 ; #1250 rst = 1 , ( ", $time, rst,clk,load,d,count) ; #10 rst = 1'b1 ; #125 rst = 1'b0 ; #500 d = 4'b0000000000000011 ; #50 load = 1'b1 ; #100 load = 1'b0 ; #1000 rst = 1'b1


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PDF 888-coreg verilog code for johnson counter 2100 1BZ Q0011 Q1100 16HF80 1650 LD B1111 ps138 4bit verilog code for johnson counter Q1111
2000 - verilog code for 32 bit risc processor

Abstract: 5421 synchronous counter 5409 c5409 pci verilog code TMS320VC5409 TMS320VC5421 flash controller verilog code verilog code 16 bit UP COUNTER
Text: negedge reset_l) begin if (reset_l = 0) begin hds1_read_l = 1'b1 ; hds2_write_l = 1'b1 ; ready_l = 1'b1 , . 6 case (strobe_state) IDLE : begin hds1_read_l = 1'b1 ; hds2_write_l = 1'b1 ; ready_l = 1'b1 ; if (lcs_l = 1'b0 && hrdy = 1'b1 ) strobe_state <= RD_WR; else strobe_state <= IDLE; end RD_WR , hds1_read_l = 1'b0; counter_ena = 1'b1 ; if (counter_ovf = 1'b1 ) strobe_state <= READ2; else strobe_state <= READ1; end READ2: begin hds1_read_l = 1'b0; ready_l = 1'b0; counter_clear = 1'b1


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PDF 480/C5409/21 TMS320VC5409/21 TMS320VC5409/5421 66MHz 32-bit C5409/21 TMS320VC5409 SPRS082B 480/SDRAM verilog code for 32 bit risc processor 5421 synchronous counter 5409 c5409 pci verilog code TMS320VC5409 TMS320VC5421 flash controller verilog code verilog code 16 bit UP COUNTER
Not Available

Abstract: No abstract text available
Text: . There is no restriction on the relative magnitude of the An and Bn voltages; both the 1A,2A and 1B1 , output enable (OE:TC7MPB9326, OE :TC7MPB9327). The 1A/2A inputs are connected to 1B1 /1B2 and 2B1/2B2 , 14 VCCB VCCA 1 14 VCCB 1A 2 13 1B1 1A 2 13 1B1 N.C 3 , 1A 1 12 1B1 N.C 2 11 1B2 2A 3 10 2B1 N.C 4 9 2B2 5 , converter S OE 1A TC7MPB9327 VCCA Gate level converter S OE 1A 1B1 1B2 2A


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PDF TC7MPB9326 9327FT/FK/FTG TC7MPB9326FT, TC7MPB9326FK, TC7MPB9326FTG TC7MPB9327FT, TC7MPB9327FK, TC7MPB9327FTG TC7MPB9327
2009 - 9327

Abstract: TC7MPB9326 1B2 diode
Text: . There is no restriction on the relative magnitude of the An and Bn voltages; both the 1A,2A and 1B1 , output enable (OE:TC7MPB9326, OE :TC7MPB9327). The 1A/2A inputs are connected to 1B1 /1B2 and 2B1/2B2 , /FK TC7MPB9327FT/FK VCCA 1 14 VCCB VCCA 1 14 VCCB 1A 2 13 1B1 1A 2 13 1B1 N.C 3 12 1B2 N.C 3 12 1B2 2A 4 11 2B1 2A , N.C VCCA VCCB N.C 16 15 14 13 1A 1 12 1B1 N.C 2 11 1B2 2A 3


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PDF TC7MPB9326 9327FT/FK/FTG TC7MPB9326FT TC7MPB9326FK TC7MPB9326FTG TC7MPB9327FT TC7MPB9327FK TC7MPB9327FTG TC7MPB9327 9327 1B2 diode
1998 - JL147BCA

Abstract: 10E12 LF147 LF148 LM124 LM148 MJLF147-X
Text: Revision Date: 11/09/95 MJLF147-X REV 1B1 WIDE BANDWIDTH QUAD JFET INPUT OPERATIONAL AMPLIFIER , +125 -55 +25 MICROCIRCUIT DATA SHEET MJLF147-X REV 1B1 Features - Internally trimmed , MICROCIRCUIT DATA SHEET MJLF147-X REV 1B1 (Absolute Maximum Ratings) Supply Voltage +18V Differential , MICROCIRCUIT DATA SHEET MJLF147-X REV 1B1 Electrical Characteristics DC PARAMETERS (The following , MJLF147-X REV 1B1 Electrical Characteristics DC PARAMETERS(Continued) (The following conditions apply


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PDF MJLF147-X LF147 LM148. LF148 05817HRA3 J14ARH P000193A JL147BCA 10E12 LM124 LM148
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