LC651154N datasheet(24/39 Pages) SANYO

24 / 39 page

No. 6278-24/39

LC651154N, 651154F, 651154L, 651152N, 651152F, 651152L

Continued from preceding page.

Parameter

Symbol

Conditions

Applicable pins

Ratings

Unit

and notes

min

typ

max

Resolution

VDD = 3 to 6 V

bit

Absolute precision

AV+ = VDD A/D converter speed 1/1 VDD = 3.5 to 6 V

±1

±2

LSB

AV– = VSS A/D converter speed 1/2 VDD = 3.5 to 6 V

±1

±2

When the A/D converter

312

speed is normal (1/1),

VDD = 3.5 to 6 V

(TCYC =

namely 26

× TCYC

0.92 µs)

12 µs)

Conversion time

TCAD

When the A/D converter

612

µs

speed is one half (1/2),

VDD = 3 to 6 V

(TCYC =

namely 51

× TCYC

0.92 µs)

12 µs)

Input reference voltage

AV+

AV–

VDD

AV–

VSS

AV+

Input reference current

IRIF

AV+ = VDD, AV– = VSS

AV+, AV–

200

500

800

µA

range

Analog input voltage

VAIN

VDD = 3 to 6 V

AD0 to AD7

AV–

AV+

range

Including the output off

AD0 to AD7

leakage current.

(The I/O

VAIN = VDD

shared

Analog port input current

IAIN

function ports

µA

VAIN = VSS

have open-

–1

drain

specifications.)

When PE1 has the

WDR

0.01 ±5%

µF

open drain specifications.

Recommended

When PE1 has the

WDR

680 ±1%

Ω

constants*10

open drain specifications.

When PE1 has the

WDR

100 ±1%

Ω

open drain specifications.

Clear time (discharge)

tWCT

Figure 7

WDR

µs

Clear period (charge)

tWCCY

Figure 7

WDR

4.2

Notes:1. Allowed up to the amplitude generated when the oscillator shown in figure 2 is used with the recommended circuit constants and driven by the IC.

2. The average over a 100 ms period.

3. The operating VDD supply voltage must be maintained from the point the HALT instruction is executed until the IC has fully entered the standby

state. Applications must also assure that no chattering occurs on the PA3 pin during the HALT instruction execution cycle.

4. Recommended circuit constants that have been verified to oscillate stably according to the oscillator element manufacturer using the Sanyo-

stipulated oscillator characteristics evaluation board.

5. The OSC1 pin will have Schmitt characteristics when external clock oscillator is selected with the two-pin RC oscillator option.

6. These are the results of testing using our (Sanyo’s) characteristics evaluation board with the recommended circuit constants used as external

components. The current flowing in the IC’s output transistors and transistors that have pull-up resistors is not included.

7. fCFOSC is the frequency when the recommended circuit constants from table 1 are used as external components.

8. Indicates the time required to achieve stable oscillation from the point VDD rises above the lower limit of the operating voltage range (See figure 3).

9. TCYC = 4 × the system clock period

10. If the application could be used in an environment in which condensation is possible, extra care with respect to the leakage between PE1 and

adjacent pins and leakage associated with external resistors and capacitor is required during design.

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