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PC50EPC13-E33596 (FERRITE CORE) Datasheet

			-125		-100
PARAM.		DESCRIPTION	MIN	MAX	MIN	MAX	UNITS
Outputs
tob	49	Output Buffer Delay		1.3		2.0	ns
tsl	50	Output Buffer Delay, Slew Limited Adder		9.9		10.0	ns
toen	51	1/0 Cell OE to Output Enabled		4.3		5.1	ns
todis	52	I/O Cell OE to Output Disabled		4.3		5.1	ns
tgoe	53	Global OE		2.7		3.9	ns
Clocks
tgy0	54	Clk Delay, YO to Global GLB Clk Line (Ref. clk)	1.4	1.4	1.5	1.5	ns
tgyl/2	55	Clk Delay, Y1 0r Y2 to Global GLB Clk Line	1.4	1.4	1.5	1.5	ns
tgcp	56	Clk Delay, Clock GLB to Global GLB Clk Line	0.8	1.8	0.8	1.8	ns
tioy2/3	57	Clk Delay, Y2 0r Y3 to l/0 Cell Global Clk Line	0.0	0.0	0.0	0.0	ns
tiocp	58	Clk Delay, Clk GLB to l/0 Cell Global Clk Line	0.8	1.8	0.8	1.8	ns
Global Reset
tgr	59	Global Reset to GLB and l/0 Registers		2.8		4.3	ns

PC50EPC13-E33596 (FERRITE CORE) Price

Block	Block Address	Page and Sector Address	Size	Block	Block Address	Page and Sector Address	Size
Block64	0040h	OOOOh~OOFFh	128KB	Block96	0060h	OOOOh~OOFFh	128KB
Block65	0041h	OOOOh~OOFFh	128KB	Block97	0061h	OOOOh~OOFFh	128KB
Block66	0042h	OOOOh~OOFFh	128KB	Block98	0062h	OOOOh~OOFFh	128KB
Block67	0043h	OOOOh~OOFFh	128KB	Block99	0063h	OOOOh~OOFFh	128KB
Block68	0044h	OOOOh~OOFFh	128KB	Blockl00	0064h	OOOOh~OOFFh	128KB
Block69	0045h	OOOOh~OOFFh	128KB	Blockl01	0065h	OOOOh~OOFFh	128KB
Block70	0046h	OOOOh~OOFFh	128KB	Block102	0066h	OOOOh~OOFFh	128KB
Block71	0047h	OOOOh~OOFFh	128KB	Block103	0067h	OOOOh~OOFFh	128KB
Block72	0048h	OOOOh~OOFFh	128KB	Block104	0068h	OOOOh~OOFFh	128KB
Block73	0049h	OOOOh~OOFFh	128KB	Block105	0069h	OOOOh~OOFFh	128KB
Block74	004Ah	OOOOh~OOFFh	128KB	Block106	006Ah	OOOOh~OOFFh	128KB
Block75	004Bh	OOOOh~OOFFh	128KB	Block107	006Bh	OOOOh~OOFFh	128KB
Block76	004Ch	OOOOh~OOFFh	128KB	Block108	006Ch	OOOOh~OOFFh	128KB
Block77	004Dh	OOOOh~OOFFh	128KB	Block109	006Dh	OOOOh~OOFFh	128KB
Block78 Block79	004Eh 004Fh	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB	Blockll0 Blocklll	006Eh 006Fh	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB
Block80	0050h	OOOOh~OOFFh	128KB	Block112	0070h	OOOOh~OOFFh	128KB
Block81 Block82	0051h 0052h	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB	Block113 Block114	0071h 0072h	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB
Block83	0053h	OOOOh~OOFFh	128KB	Block115	0073h	OOOOh~OOFFh	128KB
Block84 Block85	0054h 0055h	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB	Block116 Block117	0074h 0075h	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB
Block86	0056h	OOOOh~OOFFh	128KB	Block118	0076h	OOOOh~OOFFh	128KB
Block87 Block88	0057h 0058h	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB	Block119 Block120	0077h 0078h	OOOOh~OOFFh OOOOh~OOFFh	128KB 128KB
Block89	0059h	OOOOh~OOFFh	128KB	Block121	0079h	OOOOh~OOFFh	128KB
Block90	005Ah	OOOOh~OOFFh	128KB	Block122	007Ah	OOOOh~OOFFh	128KB
Block91	005Bh	OOOOh~OOFFh	128KB	Block123	007Bh	OOOOh~OOFFh	128KB
Block92	005Ch	OOOOh~OOFFh	128KB	Block124	007Ch	OOOOh~OOFFh	128KB
Block93	005Dh	OOOOh~OOFFh	128KB	Block125	007Dh	OOOOh~OOFFh	128KB
Block94	005Eh	OOOOh~OOFFh	128KB	Block126	007Eh	OOOOh~OOFFh	128KB
Block95	005Fh	OOOOh~OOFFh	128KB	Block127	007Fh	OOOOh~OOFFh	128KB

PC50EPC13-E33596 (FERRITE CORE) on stock

The HCF4094B is a monolithic integrated circuit fabricated in Metal Oxide Semiconductor technology available in DIP and SOP packages. The HCF4094B is an 8 stages serial shift register having a storage latch associated with each stage for strobing data from the serial input to parallel buffered 3-state outputs. The parallel outputs may be connected directly to common bus lines. Data

Note l: Absolute Maximum Ratings are those values beyond which the life of a device may be impaired. Note 2: Differential inputs of +10V are appropriate for transient operation only, such as during slewing. Large, sustained differential inputs will cause excessive power dissipation and may damage the part. See Input Considerations in the Applications Information section of this data sheet for more details. Note 3: A heat sink may be required to keep the junction temperature below absolute maximum when the output is shorted indefinitely. Note 4: Input offset voltage is pulse tested and is exclusive of warm-up drift. Note 5: Slew rate is measu red between +1 0V on the output with +6V input for +15V supplies and +7V on the output with +1.75V input for +5V supplies.

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