MXED102 Ver la hoja de datos (PDF) - Clare Inc => IXYS

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componentes Descripción

Fabricante

MXED102

240-Channel OLED Column Driver

Clare Inc => IXYS 

MXED102

Preliminary

Pin List (continued)

AD_IN

A

A to D Input: The part can do an A to D conversion on the voltage on this input.

TESTA,

TESTB,

TESTC

A

Test Outputs: The A, B, and C driver bank outputs are muxed to the TESTA, TESTB,

and TESTC pads respectively when these pads are pulled low. During normal

operation they are left open or tied to VDD.

I1TRIM

(6:0)

A

Current Source 1 Trim: These pins must be left open.

I2TRIM

(3:0)

A

Current Source 2 Trim: These pins must be left open.

VTRIM

(3:0)

A

Voltage Source Trim: These pins must be left open.

I2_TST

A

Current Source 2 Monitor: This pin must be left open.

IOUT(240-1)

A

Channel Outputs: The outputs of the driver IC that directly drives the display panel

CLK_ROW

O

Row Clock: Signal intended to drive the row driver IC shift data clock

PCB_ROW

O

Row Precharge: Signal intended to drive the row driver IC precharge input

Note: A => analog, I => digital input, O => digital output

ELECTRICAL SPECIFICATIONS

Positive currents flow into the part, negative currents flow out of the part, largest currents are currents with the great-

est absolute magnitude.

Absolute Maximum Ratings:

Parameter

Operating Condition

Min

Typ

Max

Units

Ambient temp

-

-65

-

155

oC

Low voltage supply

-

-0.3

-

7.0

V

High voltage supply

-

-0.3

-

35.0

V

Operating Conditions:

Unless otherwise stated, all parameters are specified for the following operating conditions.

Parameter

Ambient temp

Sym

TA

Operating

Min

Condition

-

0

Typ

Max

-

70

Low voltage supply

VCC

-

3.0

-

5.5

High voltage supplies

VDDA,

-

9.0

-

30

VDDB, VDDC

Supply Currents:

Parameter

Sym

Operating

Min

Condition

High voltage supply

IDD

-

-

current during standby (stby)

Internal high voltage

supply current during

operation

IDD Current from VDD not

(int) flowing out outputs or

-

into precharge circuit

Iout = per channel

Low voltage supply

ICC

-

-

current during standby (stby)

Low voltage supply

ICC

-

-

current during operation

Typ

Max

-

TBD

14 mA+

-

12xIout

-

TBD

-

10

4

www.clare.com

Units

oC

V

V

Units

uA

mA

uA

mA

Rev. 2

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