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Integrated Device Technology Inc
IDT71342SA70J
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Integrated Device Technology Inc
IDT71342LA35J
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Integrated Device Technology Inc
IDT71342SA55PFI
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Integrated Device Technology Inc
IDT71342SA35J
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Integrated Device Technology Inc
IDT71342LA55PFG
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Integrated Device Technology Inc
IDT71342SA35JI
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Integrated Device Technology Inc
IDT71342LA-70J INSTOCK
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Integrated Device Technology Inc
IDT71342S-70J INSTOCK
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Integrated Device Technology Inc
IDT71342S-45J INSTOCK
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IDT71342 datasheet (94)

Part Manufacturer Description Type PDF
IDT71342 Integrated Device Technology HIGH-SPEED 4K x 8 DUAL-PORT STATIC RAM WITH SEMAPHORE Original PDF
IDT71342L35L52 Integrated Device Technology Memory - Datasheet Reference Scan PDF
IDT71342LA Integrated Device Technology HIGH-SPEED 4K x 8 DUAL-PORT STATIC RAM WITH SEMAPHORE Original PDF
IDT71342LA20J Integrated Device Technology HIGH-SPEED 4K x 8 DUAL-PORT STATIC RAM WITH SEMAPHORE Original PDF
IDT71342LA20J Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 20NS 52PLCC Original PDF
IDT71342LA20J8 Integrated Device Technology 4K x 8 Dual-Port RAM w/Semphore Original PDF
IDT71342LA20JG Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 20NS 52PLCC Original PDF
IDT71342LA20JG8 Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 20NS 52PLCC Original PDF
IDT71342LA20PF Integrated Device Technology HIGH-SPEED 4K x 8 DUAL-PORT STATIC RAM WITH SEMAPHORE Original PDF
IDT71342LA20PF Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 20NS 64TQFP Original PDF
IDT71342LA20PF8 Integrated Device Technology 4K x 8 Dual-Port RAM w/Semphore Original PDF
IDT71342LA20PFG Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 20NS 64TQFP Original PDF
IDT71342LA20PFG8 Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 20NS 64TQFP Original PDF
IDT71342LA25J Integrated Device Technology High Speed 4k x 8 Dual-Port Static RAM with Semaphore Original PDF
IDT71342LA25J Integrated Device Technology HIGH-SPEED 4K x 8 DUAL-PORT STATIC RAM WITH SEMAPHORE Original PDF
IDT71342LA25J8 Integrated Device Technology 4K x 8 Dual-Port RAM w/Semphore Original PDF
IDT71342LA25JGI Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 25NS 52PLCC Original PDF
IDT71342LA25JGI8 Integrated Device Technology Memory, Integrated Circuits (ICs), IC SRAM 32KBIT 25NS 52PLCC Original PDF
IDT71342LA25JI Integrated Device Technology 4K x 8 Dual-Port RAM w/Semphore Original PDF
IDT71342LA25JI8 Integrated Device Technology 4K x 8 Dual-Port RAM w/Semphore Original PDF

IDT71342 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - 2721

Abstract: IDT71342 IDT71342LA IDT71342SA
Text: .) · Low-power operation - IDT71342SA Active: 500mW (typ.) Standby: 5mW (typ.) - IDT71342LA , increase offered by the IDT71342's hardware semaphores, which provide a lockout mechanism without , NOTES: 1. This table denotes a sequence of events for only one of the eight semaphores on the IDT71342. , of semaphores is their application as resource markers for the IDT71342's Dual-Port RAM. Say the 4K , SEMAPHORE READ 2721 drw 14 Figure 3. IDT71342 Semaphore Logic 6.05 12 IDT71342SA /LA


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PDF IDT71342SA/LA 20/25/35/45/55/70ns IDT71342SA 500mW IDT71342LA IDT71342 52-pin 2721 IDT71342LA IDT71342SA
1998 - idt7134

Abstract: idt7132 M68020 I80386 IDT7130 IDT71342 "Single-Port RAM" Application Note AN-14
Text: discussion of the semaphore capability provided by the IDT71342. Arbitration Consider a , location level. For this reason, Integrated Device Technology developed devices like the IDT71342. Instead of comparing addresses on every cycle, and occasionally asserting BUSY status, the IDT71342 , should utilize the IDT71342. This configuration would only be constrained to the 95ns address to data , . The IDT71342 employs a twist by using set and test. The "set" corresponds to a request and the "test"


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PDF AN-14 idt7134 idt7132 M68020 I80386 IDT7130 IDT71342 "Single-Port RAM" Application Note AN-14
1999 - IDT71342

Abstract: idt7134 TMS320 TMS320C30
Text: IDT71342's R/W and OE pins. The signal functions and timing of the backplane are an ideal match with those , IOW and MEMW signals to be ORed before driving them into the IDT71342's R/W input. Likewise IOR and MEMR signals are ORed before driving them into the IDT71342's OE input. The dual-port's chip enable , address decoder was imple-mented in this system to allow the IDT71342's RAM to be mapped anywhere within , strobe within the address range of the IDT71342. This logic could be removed if a faster IDT71342 were


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PDF PC-TO-TMS320 AN-68 TMS320C30 TMS320 IDT71342 idt7134
1999 - how dsp is used in radar

Abstract: Pal programming idt7134 IDT71342 TMS320 TMS320C30 74ALS521 semaphores PC-TO-TMS320
Text: generates a single wait-state on any I/O strobe within the address range of the IDT71342. This logic could , between processors. An IDT71342 was chosen because of its speed, its depth (4K bytes), the simplicity of , semaphore flags (see Appendix: Dual-Port Semaphores). By using an IDT71342 , the designers could use a , -31 TIOA0-12 PALS, CONTROL, AND STATUS LOGIC TMS320C30 IDT71342 XD0-7 SD0-7 BIOA0 , the Dual-Port SRAM The IDT71342 dual-port RAM uses an interface which is similar to any standard


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PDF PC-TO-TMS320 AN-68 TMS320C30 TMS320 how dsp is used in radar Pal programming idt7134 IDT71342 74ALS521 semaphores
1995 - 2721

Abstract: PN64-1 IDT71342SA IDT71342 IDT71342LA integrated 71342
Text: one of the eight semaphores on the IDT71342. 6.05 11 IDT71342SA /LA CMOS DUAL-PORT RAM 32K , IDT71342SA IDT71342LA FEATURES: DESCRIPTION: · High-speed access - Commercial: 20/25/35/45/55 , . These systems can benefit from a performance increase offered by the IDT71342's hardware semaphores , of semaphores is their application as resource markers for the IDT71342's Dual-Port RAM. Say the 4K , SEMAPHORE READ 2721 drw 14 Figure 3. IDT71342 Semaphore Logic 6.05 12 IDT71342SA /LA CMOS


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PDF IDT71342SA IDT71342LA 20/25/35/45/55/70ns 500mW IDT71342 IDT71342SA/LA 2721 PN64-1 IDT71342SA IDT71342LA integrated 71342
Not Available

Abstract: No abstract text available
Text: PRELIMINARY IDT71342SA IDT71342LA FEATURES: DESCRIPTION: • The IDT71342 is an extremely , semaphores on the IDT71342. 10 C ~ /C -/ £ IDT71342SA /LA CMOS DUAL-PORT RAM 32K (4K X 8 , CHARACTERISTICS OVER THE OPERATING TEMPERATURE AND SUPPLY VOLTAGE (Vcc = 5 V ± 10%) IDT71342SA IDT71342LA , increase offered by the IDT71342's hardware semaphores, which provide a lockout mechanism without , for the IDT71342's dual-port RAM. Say the 4K x 8 RAM was to be divided into two 2K x 8 blocks which


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PDF IDT71342SA IDT71342LA IDT71342
1996 - TMS3020

Abstract: I80386 idt71322 IDT7130 I80386 cache Application Note AN-14 DUAL-PORT STATIC RAM WITH SEMAPHORE M68020 IDT71342 idt7134
Text: IDT71342. Arbitration Consider a multiple-processor system where each processor has access to the same , RAM IDT7130 IDT7132 IDT71322 IDT7134 IDT71342 Most applications cannot sacrifice data , IDT71342 and IDT71322. Instead of comparing addresses on every cycle, and occasionally asserting BUSY status, the IDT71342 and IDT71322 employ circuitry to support a software mechanism called semaphores , the semaphore. The IDT71342 /71322 employs a twist by using set and test. The "set" corresponds to a


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PDF AN-14 TMS3020 I80386 idt71322 IDT7130 I80386 cache Application Note AN-14 DUAL-PORT STATIC RAM WITH SEMAPHORE M68020 IDT71342 idt7134
1998 - f4171

Abstract: idt7134 PC-to-TMS320 IDT71342 TMS320 TMS320C30 TMS320 connected inverter BA031 74als521
Text: backplane to the IDT71342's R/W and OE pins. The signal functions and timing of the backplane are an ideal , forced the IOW and MEMW signals to be ORed before driving them into the IDT71342's R/W input. Likewise IOR and MEMR signals are ORed before driving them into the IDT71342's OE input. The dual-port's chip , deSymbol coder was implemented in this system to allow the IDT71342's RAM to be mapped anywhere within , strobe within the address range of the IDT71342. This logic could be removed if a faster IDT71342 were


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PDF PC-TO-TMS320 AN-68 33MHz) TMS320 f4171 idt7134 IDT71342 TMS320C30 TMS320 connected inverter BA031 74als521
1996 - PC-TO-TMS320

Abstract: dual-port RAM dsp expansion-bus clock DUAL-PORT STATIC RAM WITH SEMAPHORE how dsp is used in radar TMS320 IDT71342 TMS320C30 Pal programming 74als521
Text: signals are routed nearly directly from the backplane to the IDT71342's R/W and OE pins. The signal , driving them into the IDT71342's R/W input. Likewise IOR and MEMR signals are ORed before driving them into the IDT71342's OE input. The dual-port's chip enable (CE) pin is driven indirectly by an address , . Finally, a very complex address decoder was implemented in this system to allow the IDT71342's RAM to , strobe within the address range of the IDT71342. This logic could be removed if a faster IDT71342 were


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PDF PC-TO-TMS320 AN-68 33MHz) TMS320 TMS320, dual-port RAM dsp expansion-bus clock DUAL-PORT STATIC RAM WITH SEMAPHORE how dsp is used in radar IDT71342 TMS320C30 Pal programming 74als521
1998 - TMS3020

Abstract: I80386 M68020 processor chart IDT7134 IDT71342 arbitration scheme of 8051
Text: devices like the IDT71342. Instead of comparing addresses on every cycle, and occasionally asserting BUSY status, the IDT71342 employs circuitry to support a software mechanism called semaphores. Here , semaphore capability provided by the IDT71342. Arbitration Consider a multiple-processor system where each , IDT71342. This configuration would only be constrained to the 95ns address to data access time, minus any , , too. In this case, both processors "believe" they have the semaphore. The IDT71342 employs a twist by


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PDF AN-14 TMS3020 I80386 M68020 processor chart IDT7134 IDT71342 arbitration scheme of 8051
IDT71342S45

Abstract: IDT71342 idt7134 dt71342 DT7134
Text: Symbol Parameter IDT71342S35'5' IDT71342L35'5' IDT71342S45 IDT71342L45 IDT71342S55 IDT71342L55 , Symbol Parameter IDT71342S35'5' IDT71342L35 (S) IDT71342S45 IDT71342L45 IDT71342S55 IDT71342L55 , Technology, Inc. CMOS DUAL-PORT RAM 32K (4K x 8-BIT) WITH SEMAPHORE IDT71342S IDT71342L FEATURES â , operation — IDT71342S Active: 500mW (typ.) Standby: 5mW(typ.) — IDT71342L Active: 500mW (typ , Conditions IDT71342S IDT71342L Unit Min. Max. Min. Max. IM Input Leakage Current Vcc = 5.5V, VlN = 0V


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PDF 2S771 IDT71342S IDT71342L 45/55/70ns 35/45/55/70ns IDT71342S 500mW IDT71342 IDT71342S45 idt7134 dt71342 DT7134
1998 - IDT71342

Abstract: IDT71342LA IDT71342SA
Text: for only one of the eight semaphores on the IDT71342. 6.05 2721 tbl 12 12 IDT71342SA /LA , .) · Low-power operation - IDT71342SA Active: 500mW (typ.) Standby: 5mW (typ.) - IDT71342LA , systems can benefit from a performance increase offered by the IDT71342's hardware semaphores, which , application as resource markers for the IDT71342's Dual-Port RAM. Say the 4K x 8 RAM was to be divided into , 3. IDT71342 Semaphore Logic 6.05 13 IDT71342SA /LA HIGH SPEED 4K X 8 DUAL-PORT STATIC RAM


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PDF IDT71342SA/LA 20/25/35/45/55/70ns IDT71342SA 500mW IDT71342LA IDT71342 52-pin J52-1) 64-pin IDT71342LA IDT71342SA
1998 - I80386

Abstract: DUAL-PORT STATIC RAM WITH SEMAPHORE IDT71342 dual port SRAM dual port SRAM PLCC idt7132 IDT7130 IDT7134 M68020
Text: discussion of the semaphore capability provided by the IDT71342. Arbitration Consider a , location level. For this reason, Integrated Device Technology developed devices like the IDT71342. Instead of comparing addresses on every cycle, and occasionally asserting BUSY status, the IDT71342 , IDT71342. This configuration would only be constrained to the 95ns address to data access time, minus any , . The IDT71342 employs a twist by using set and test. The set corresponds to a request and the test


Original
PDF AN-14 I80386 DUAL-PORT STATIC RAM WITH SEMAPHORE IDT71342 dual port SRAM dual port SRAM PLCC idt7132 IDT7130 IDT7134 M68020
1999 - idt7134

Abstract: IS 2721 IDT71342 IDT71342LA IDT71342SA
Text: IDT71342SA /LA Description High-speed access Commercial: 20/25/35/45/55/70ns (max.) Low-power operation IDT71342SA Active: 700mW (typ.) Standby: 5mW (typ.) IDT71342LA Active: 700mW (typ , : 1. This table denotes a sequence of events for only one of the eight semaphores on the IDT71342. 2 , . IDT71342 Semaphore Logic 13 6.42 2721 drw 14 IDT71342SA /LA High-Speed 4K x 8 Dual-Port Static , available for selected speeds The IDT71342 is a high-speed 4K x 8 Dual-Port Static RAM with full


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PDF IDT71342SA/LA 20/25/35/45/55/70ns IDT71342SA 700mW IDT71342LA IDT71342 idt7134 IS 2721 IDT71342LA IDT71342SA
2012 - Not Available

Abstract: No abstract text available
Text: IDT71342SA Active: 700mW (typ.) Standby: 5mW (typ.) ­ IDT71342LA Active: 700mW (typ.) Standby: 1mW (typ , performance increase offered by the IDT71342's hardware semaphores, which provide a lockout mechanism without , for only one of the eight semaphores on the IDT71342. 2. There are eight semaphore flags written to , their application as resource markers for the IDT71342's Dual-Port RAM. Say the 4K x 8 RAM was to be , HIGH SPEED 4K X 8 DUAL-PORT STATIC RAM WITH SEMAPHORE Features IDT71342SA /LA


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PDF IDT71342SA/LA 20/25/35/45/55/70ns IDT71342SA 700mW IDT71342LA
Not Available

Abstract: No abstract text available
Text: IDT71342SA IDT71342LA FEATURES: DESCRIPTION: • H ig h -sp e e d a c c e s s — C o m m e rc , c = 5V ± 10% ) IDT71342LA IDT71342SA Max. Unit IlLlI Input Leakage Current*1 , – IDT71342SA /LA CMOS DUAL-PORT RAM 32K (4K X 8-BIT) WITH SEMAPHORE FUNCTIONAL DESCRIPTION The IDT71342 is , benefit from a performance increase offered by the IDT71342†™s hardware semaphores, which provide a , NOTE: 1. This table denotes a sequence of events for only one of the eight semaphores on the IDT71342.


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PDF IDT71342SA IDT71342LA IDT71342 2S771 IDT71342SA/LA 52-pin J5264-pin
1999 - IDT71342LA

Abstract: IDT71342SA IDT71342
Text: IDT71342SA Active: 700mW (typ.) Standby: 5mW (typ.) ­ IDT71342LA Active: 700mW (typ.) Standby: 1mW (typ , IDT71342's hardware semaphores, which provide a lockout mechanism without requiring complex programming , : 1. This table denotes a sequence of events for only one of the eight semaphores on the IDT71342. 2 , application as resource markers for the IDT71342's Dual-Port RAM. Say the 4K x 8 RAM was to be divided into , . IDT71342 Semaphore Logic 13 6.42 2721 drw 14 IDT71342SA /LA High-Speed 4K x 8 Dual-Port Static


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PDF IDT71342SA/LA 20/25/35/45/55/70ns IDT71342SA 700mW IDT71342LA IDT71342 IDT71342LA IDT71342SA
1250h

Abstract: No abstract text available
Text: DESCRIPTION: PRELIMINARY IDT71342SA IDT71342LA FEATURES: · High-speed access - Military: 35/45/55/70ns (max.) - Commercial: 25/35/45/55/70ns (max.) · Low-power operation - IDT71342SA Active: 500mW (typ , intensive. These systems can benefit from a performance increase offered by the IDT71342's hardware , . This table denotes a sequence of events for only one of the eight semaphores on the IDT71342. 7.15 , Figure 3. IDT71342 Semaphore Logic 7.15 11 IDT71342SA /LA CMOS DUAL-PORT RAM 32K (4K i 8


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PDF IDT71342SA IDT71342LA 35/45/55/70ns 25/35/45/55/70ns 500mW IDT71342LA MIL-STD-883, IDT71342 1250h
Not Available

Abstract: No abstract text available
Text: -BIT) WITH SEMAPHORE IDT71342SA IDT71342LA FEATURES: DESCRIPTION: • High-speed access The , IDT71342's hardware semaphores, which provide a lockout mechanism without requiring complex programming , plest application of semaphores is their application as resource markers for the IDT71342's Dual-Port , Figure 3. IDT71342 Semaphore Logic 6.7 11 IDT71342SA /LA CM OS D U AL-PO R T RAM 32K (4K x 8 , support of sem aphore signalling betw een the tw o ports. The IDT71342 provides two independent ports


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PDF 0D14D5Ã IDT71342SA IDT71342LA T71342 IDT71342 IDT71342SA/LA 52-pin J52-1) 64-pin
Not Available

Abstract: No abstract text available
Text: IDT71342SA IDT71342LA FEATURES: DESCRIPTION: • The IDT71342 is an extrem ely high-speed 4 K x8 , IDT71342†™s hardware semaphores, which provide a lockout m echanism without requiring complex programming , denotes a sequence of events for only one of the eight semaphores on the IDT71342. 6.05 4Ö25771 , resource m arkers fo rth e IDT71342†™s Dual-Port RAM. Say the 4 K x 8 RAM was to be divided into two 2K x , Figure 3. IDT71342 Semaphore Logic 6.05 MÔ25771 0017235 3TT 1 2 IDT71342SA /LA CMOS


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PDF IDT71342SA IDT71342LA IDT71342 IDT71342SA/LA 52-pin J52-1) 64-pin PN64-1)
Not Available

Abstract: No abstract text available
Text: AND SUPPLY VOLTAGE RANGE SYMBOL 1DT71342S45 IDT71342L45 MIN. MAX. PARAMETER IDT71342S55 IDT71342L55 MIN. MAX. IDT71342S70 IDT71342L70 MIN. MAX. U N IT READ CYCLE ‘ rc Read Cycle , (max.) • Low-power operation - IDT71342S Active: 500mW (typ.) Standby: 5mW (typ.) - IDT71342L , . These systems can benefit from a performance increase offered by the IDT71342's hardware semaphores , IDT71342. ID T71342S A N D ID T 71 342L C M O S DU AL-POR T RAM 3 2 K (4K x 8-B IT) W IT H SEM A PH O R


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PDF 45/55/70ns IDT71342 T71342S MIL-STD-883,
1996 - 2721

Abstract: IDT71342 IDT71342LA IDT71342SA
Text: IDT71342SA IDT71342LA FEATURES: DESCRIPTION: · High-speed access - Commercial: 20/25/35/45/55 , benefit from a performance increase offered by the IDT71342's hardware semaphores, which provide a , NOTE: 1. This table denotes a sequence of events for only one of the eight semaphores on the IDT71342. , for the IDT71342's Dual-Port RAM. Say the 4K x 8 RAM was to be divided into two 2K x 8 blocks which , . IDT71342 Semaphore Logic 6.05 12 IDT71342SA /LA CMOS DUAL-PORT RAM 32K (4K x 8-BIT) WITH


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PDF IDT71342SA IDT71342LA 20/25/35/45/55/70ns 500mW IDT71342 IDT71342SA/LA 2721 IDT71342LA IDT71342SA
idt7134

Abstract: orite IDT71342 IDT71342LA IDT71342SA
Text: PRELIMINARY IDT71342SA IDT71342LA FEATURES: • High-speed access — Military: 35/45/55/70ns (max.) â , AND SUPPLY VOLTAGE (Vcc = 5V± 10%) Symbol Parameter Test Conditions IDT71342SA IDT71342LA Unit , benefit from a performance increase offered by the IDT71342's hardware semaphores, which provide a lockout , denotes a sequence of events for only one of the eight semaphores on the IDT71342. 10 £ -/C -/£â , Perhaps the simplest application of semaphores is their application as resource markers for the IDT71342's


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PDF IDT71342SA IDT71342LA 35/45/55/70ns 25/35/45/55/70ns 1DT71342SA 500mW IDT71342LA MIL-STD-883, IDT71342 idt7134 orite
1998 - IDT71342

Abstract: IDT71342LA IDT71342SA
Text: .) · Low-power operation - IDT71342SA Active: 700mW (typ.) Standby: 5mW (typ.) - IDT71342LA , IDT71342's hardware semaphores, which provide a lockout mechanism without requiring complex programming , eight semaphores on the IDT71342. 2. There are eight semaphore flags written to via I/O0 and read from , IDT71342's Dual-Port RAM. Say the 4K x 8 RAM was to be divided into two 2K x 8 blocks which were to be , . IDT71342 Semaphore Logic 6.05 13 IDT71342SA /LA HIGH SPEED 4K X 8 DUAL-PORT STATIC RAM WITH


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PDF IDT71342SA/LA 20/25/35/45/55/70ns IDT71342SA 700mW IDT71342LA IDT71342 52-pin J52-1) 64-pin IDT71342LA IDT71342SA
2000 - Not Available

Abstract: No abstract text available
Text: operation ­ IDT71342SA Active: 700mW (typ.) Standby: 5mW (typ.) ­ IDT71342LA Active: 700mW (typ , benefit from a performance increase offered by the IDT71342's hardware semaphores, which provide a , for only one of the eight semaphores on the IDT71342. 2. There are eight semaphore flags written to , IDT71342's Dual-Port RAM. Say the 4K x 8 RAM was to be divided into two 2K x 8 blocks which were to be , HIGH SPEED 4K X 8 DUAL-PORT STATIC RAM WITH SEMAPHORE IDT71342SA /LA Features x x x


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PDF IDT71342SA/LA 20/25/35/45/55/70ns 25/35/55ns IDT71342SA 700mW IDT71342LA 500mV
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