Intel mcs-48 manual Universal Prom Programmer Personality Card UPP-851, Workshop, Insite Library

8031/8051/8751

cycles of real-time data. In addition, he can single step the system program.

Static RAM memory is available in the ICE-51 buffer box to emulate the 8051 'sinternal and external pro- gram memories and external data memory. The designer can display and alter the contents of the replacement memory in the ICE-51 buffer box, internal 8051 registers, internal data RAM, and Special Function Registers. Symbolic reference capability allows the designer to use meaningful symbols provided by ASM51 rather than absolute values when examining and modifying these mem- ory, register, flag, and I/O locations in his system.

Universal PROM Programmer Personality Card (UPP-851)

The UPP-851 is a personality card for the UPP-103 Universal PROM Programmer. The Universal PROM

ABSOLUTE MAXIMUM RATINGS·

Ambient Temperature Under Bias		..........	o· e to 70·e
Storage Temperature	................	••	-65·e to +150·e
Voltage on Any Pin With
Respect to Ground (VSS) ..•.. :		..••	-0.5V to +7V
Power Dissipation ...	•.••.••...•		2 Watts

Programmer is an Intellec system peripheral cap- able of programming and verifying the 8751 when the UPP-851 is inserted. Programming and verifica- tion operations are initiated from the Intellec de- velopment system console and are controlled by the Universal PROM Mapper (UPM) program.

8051 Workshop

The workshop provides the design engineer or system designer hands-on experience with the 8051 microcomputers. The course includes explanation of the Intel 8051 architecture, system timing and input/output design. Lab sessions will allow the attendee to gain detailed familiarity with the 8051 family and support tools.

INSITE™ Library

The INSITE Library contains 8051 utilities and applications programs.

'COMMENT: Stresses above those listed under "Absolute MaxImum Ratings" may cause permanent damage to the device. This is a stress rating only and functional operation of the device at these or any other conditions above those indicated in the operational sections of this speCification is not implied. Exposure to absolute maximum rating con- ditions for extended periods may affect device reliability.

D.C. CHARACTERISTICS

CONDITIONS; TA = O·C TO 70·C; VCC = SV ± 5%; VSS = OV

Symbol	Parameter	Min	Typ	Max	Units
VIL	Input Low Voltage (All except XTAL1)	-0.5		0.8	V
VIL1	Input Low Voltage (XTAL1)	-0.5		TBD	V
VIH	Input High Voltage	2,0		Vec+0,5	V
	(All ExceptXTAU. RSTIVPD)
VIH1	Input High Voltage (XTAL1)	TBD		VCC+0,5	V
VIH2	Input High Voltage (RST)	3,0		VCC + 0,5	V
VIH3	Input High Voltage (VpD)	4,5		5,5	V
VOL	Output Low Voltage			0.45	V
	(All Outputs Except Port 0)
VOU	Output Low Voltage (Port 0)			0.45	V
VOH	Output High Voltage (All Outputs	2.4			V
	Except Port O. ALE and J5'S"Bij)
VOH1	Output High Voltage (ALE and PSEN,	2,4			V
	Port 0 In External Bus Mode)
ILO	Pullup Resistor Current (P1, P2. P3)			-250	/JA
IL01	Output Leakage Current (PO)			:t.10	}JA
ICC	Power Supply Current			150	mA
IPD	Power Down Supply Current			20	mA
CIO	Capacitance Of I/O Buffer			10	pF
		7-11

Test Conditions

Power Down Only (Vee = 0)

10L =2 mA

10L =4 mA

IOH=-100/JA

IOH=-400/JA

.45Vs VIN sVCC

.45VSVIN sVce

TA=25·C

TA= 25° C, VpD =5V, Vce=OV

fc=1 MHz

AFN-01462A~11