COP410C Datasheet, PDF(15/20 Page) National Semiconductor (TI)

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COP410C Datasheet, PDF (15/20 Pages) National Semiconductor (TI) – Single-Chip CMOS Microcontrollers

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All output drivers uses one or more of three common devic-

es numbered 1 to 3 Minimum and maximum current (IOUT

and VOUT) curves are given in Figure 8 for each of these

devices to allow the designer to effectively use these I O

configurations

Option List

The COP410C 411C mask-programmable options are as-

signed numbers which correspond with the COP410C pins

The following is a list of COP410C options When specifying

a COP411 chip options 20 21 and 22 must be set to 0 The

options are programmed at the same time as the ROM pat-

tern to provide the user with the hardware flexibility to inter-

face to various I O components using little or no external

circuitry

Option 1 0 e Ground Pin No options available

Option 2 CKO I O Port (Determined by Option 3 )

e 0 No option

(a is crystal oscillator output for two pin

oscillator

b is HALT I O for one pin oscillator )

Option 3 CKI Input

e 0 Crystal-controlled oscillator input (d 4)

e 1 Single-pin RC-controlled oscillator (d 4)

e 2 External oscillator input (d 4)

e 3 Crystal oscillator input (d 8)

e 4 External oscillator input (d 8)

e 5 Crystal oscillator input (d 16)

e 6 External oscillator input (d 16)

Option 4 RESET Input e 1 Hi-Z input No option avail-

able

Option 5 L7 Driver

e 0 Standard TRI-STATE push-pull output

e 1 Low-current TRI-STATE push-pull output

e 2 Open-drain TRI-STATE output

Option 6 L6 Driver (Same as Option 5 )

Option 7 L5 Driver (Same as Option 5 )

Option 8 L4 Driver (Same as Option 5 )

Option 9 VCC Pin e 0 no option

Option 10 L3 Driver (Same as Option 5 )

Option 11 L2 Driver (Same as Option 5 )

Option 12 L1 Driver (Same as Option 5 )

Option 13 L0 Driver (Same as Option 5 )

Option 14 SI Input

No option available

e 1 Hi-Z input

Option 15 SO Output

e 0 Standard push-pull output

e 1 Low-current push-pull output

e 2 Open-drain output

Option 16 SK Driver (Same as Option 15 )

Option 17 G0 I O Port (Same as Option 15 )

Option 18 G1 I O Port (Same as Option 15 )

Option 19 G2 I O Port (Same as Option 15 )

Option 20 G3 I O Port (Same as Option 15 )

Option 21 D3 Output (Same as Option 15 )

Option 22 D2 Output (Same as Option 15 )

Option 23 D1 Output (Same as Option 15 )

Option 24 D0 Output (Same as Option 15 )

Option 25 Internal Initialization Logic

e 0 Normal operation

e 1 No internal initialization logic

Option 26 No option available

Option 27 COP Bonding

e 0 COP410C (24-pin device)

e 1 COP411C (20-pin device) See note

e 2 COP410C and COP411C See note

Note If opt 27 e 1 or 2 then opt 20 must e 0

Option Table

Please fill out a photocopy of the option table and send it along with your EPROM

Option Table

Option 1 Value e

is Ground Pin

Option 2 Value e

is CKO Pin

Option 15 Value e

Option 16 Value e

is SO Output

is SK Driver

Option 3 Value e

is CKI Input

Option 4 Value e

is RESET Input

Option 5 Value e

is L7 Driver

Option 6 Value e

is L6 Driver

Option 7 Value e

is L5 Driver

Option 8 Value e

is L4 Driver

Option 9 Value e

is VCC Pin

Option 10 Value e

is L3 Driver

Option 11 Value e

is L2 Driver

Option 12 Value e

is L1 Driver

Option 13 Value e

is L0 Driver

Option 14 Value e

is SI Input

Option 17 Value e

Option 18 Value e

Option 19 Value e

Option 20 Value e

Option 21 Value e

Option 22 Value e

Option 23 Value e

Option 24 Value e

Option 25 Value e

is G0 I O Port

is G1 I O Port

is G2 I O Port

is G3 I O Port

is D3 Output

is D2 Output

is D1 Output

is D0 Output

is Internal

Initialization

Logic

Option 26 Value e

is N A

Option 27 Value e

is COP Bonding

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