Renesas M61323SP/FP Bedienungsanleitung

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 1 of 19

M61323SP/FP

Wide Frequency Band Analog Switch REJ03F0201-0201

Rev.2.01

Mar 31, 2008

Description

The M61323SP/FP is a semiconductor integrated circuit for the RGBHV interface. The device features switching

signals input from two types of image sources and outputting the signals to the CRT display, etc. Synchronous signals,

meeting a frequency band of 10 kHz to 200 kHz, are output at TTL. The frequency band of video signals is 250 MHz,

acquiring high-resolution images, and are optimum as an interface IC with high-resolution CRT display and various

new media.

The M61323SP/FP keeps the power saving mode, and it can reduce ICC about 10 mA under the condition that all VCC

are supplied.

Features

• Frequency band : RGB 250 MHz

H, V 10 kHz to 200 kHz

• Input level: RGB 0.7 VP-P (Typ.)

H, V TTL input 3 to 5 VO-P (bipolar)

• Only the G channel is provided with Sync-on video output. The TTL format is adopted for HV output.

Application

Display monitor

Recommended Operating Condition

Supply voltage range: 4.75 to 5.25 V

Rated voltage range: 5.0 V

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 2 of 19

Block Diagram

M61323SP

(B)

15 16

141312111098654321 7

1921 202425262728293132 30

(R)

Input1 (R)

(G)

Input1 (G)

(B)

Input1 (B)

Input1 (H)

Input1 (V)

GND

Input2 (R) Input2 (G) Input2 (B)

Input2 (H)

Input2 (V)

(R)

Output (R)

GND V

(G)

Output (G)

GND

Output (B) Output

(G-Buffer)

Output (H)

Output (V)

(R) V

(G) V

(B)

GND

Sync-Sep. INPUT

Sync-Sep. OUT

GND

Sync-Sep.

RBG V

Power Save SW Input SW

(R) V

(G) V

(B) GND POWER

SAVE SW

M61323FP

Output

(G-Buffer)

GND

15 16

141312111098654321 7

2325 24272829303132333536 34

(R)

Input

1 (R)

(G)

Input

1 (G)

(B)

Input

1 (B)

Input

1 (H)

Input

1 (V)

GND

Input

2 (R)

Input

2 (G)

Input

2 (B)

Input

2 (H)

Input

2 (V)

(R)

Output (R)

GND V

(G)

Output (G)

GND

(B)

Output (B)

Output (H)

Output (V)

(R) V

(G) V

(B)

GND

Sync-Sep. INPUT

Sync-Sep. OUT

GND

Sync-Sep.

RBGG V

Power Save SW

Input

(R) V

(G) V

(B) GND POWER

SAVE SW

1920

1817

NCGND

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 3 of 19

Pin Arrangement

2 (R)

Output (R)

GND2 (R)

2 (G)

Output (B)

GND2 (B)

G Buffer out

Sync SEP in

Sync SEP out

Input2 (R)

Input1 (V)

Input1 (H)

Input1 (B)

1 (B)

Input1 (G)

Input1 (R)

1 (R)

M61323SP

(Top view)

Outline: PRDP0032BA-A (32P4B)

1 (G)

GND1

Power Save SW

Input2 (G)

Input SW

Input2 (B)

Input2 (H)

Input2 (V)

Output (H)

Output (V)

GND3

Output (G)

GND2 (G)

2 (B)

2 (R)

Output (R)

GND2 (R)

2 (G)

Output (B)

GND2 (B)

G Buffer out

Sync SEP in

Sync SEP out

Input2 (R)

Input1 (V)

Input1 (H)

Input1 (B)

1 (B)

Input1 (G)

Input1 (R)

1 (R)

M61323FP

(Top view)

Outline: PRSP0036GA-B (36P2R-D)

1 (G)

GND1

Power Save SW

Input2 (G)

Input SW

Input2 (B)

Input2 (H)

Input2 (V)

Output (H)

Output (V)

GND3

Output (G)

GND2 (G)

2 (B)

GND1

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 4 of 19

Absolute Maximum Ratings

(Ta = 25°C)

Item Symbol Ratings Unit

Supply voltage VCC 7.0 V

Power dissipation Pd 1603 (SP), 1068 (FP) mW

Operating temperature Topr −20 to +85 (SP), −20 to +75 (FP) °C

Storage temperature Tstg −40 to +150 °C

Electrostatic discharge Surge ±200 V

Recommended supply voltage Vopr 5.0 V

Recommended supply voltage range Vopr' 4.75 to 5.25 V

Electrical Characteristics

(M61323SP VCC = 5.0 V, Ta = 25°C)

70 mA b b b b b b b b b a

3 V

bb bbb b b bb b

SG2

bb b b b bbb b

bb bbb b

abb

SG1

bab

SG1

bba

SG1

abb

SG2

bab

SG2

bba

SG2

abb

SG1

bab

SG1

bba

SG1

bbbbbb b

bb bbb b b bb

bb bb

bbbbb

abb

SG2

bab

SG2

bba

SG2

bbbb b b

VP-P

10



−0.1 0.7 1.3

−0.4 0 0.4

−0.6 0 0.6

 

SW2

Rin1

SW4

Gin1

SW6

Bin1

SW7

Hin1

SW8

Vin1

SW10

Rin2

SW12

Gin2

SW14

Bin2

SW15

Hin2

SW16

Vin2

SW11

P.sav

Min.

Limits Input SW

Typ. Max. Unit

Test

Point

(s)

Circuit current1

Circuit current2

Output DC voltage1

Output DC voltage2

Output DC voltage3

Output DC voltage4

Maximum allowable

input level1

Maximum allowable

input level2

Voltage gain1

Voltage gain2

Voltage gain3

Voltage gain4

Relative voltage gain1

Relative voltage gain2

Item

SW13

Switch

SW22

Sync

bbb

1.5 b

3 V

STBY

Vdc2

Vdc3

Vdc4

∆G

Vimax1

Vimax2

Symbol

Vdc1

1.5 31

0.9 a

3 V

0.9 23

1.831

1.8b

b a

3 V

−0.1 0.7 1.3 31

bb a

3 V



b a

3 V

−0.6 0 0.6 23 b a

3 V

Relative to measured values above

RGB SW

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 5 of 19

Electrical Characteristics (cont.)

SW2

Rin1

SW4

Gin1

SW6

Bin1

SW7

Hin1

SW8

Vin1

SW10

Rin2

SW12

Gin2

SW14

Bin2

SW15

Hin2

SW16

Vin2

SW11

P.sav

Min.

Limits Input SW

Typ. Max. Unit

Test

Point

(s) SW13

Switch

SW22

Sync

bb b bbb a

3 V

bbb bb

abb

SG4

bab

SG4

bba

SG4

bb b bbb babb

SG5

bab

SG5

bba

SG5

abb

SG4

bab

SG4

bba

SG4

bbb bb babb

SG5

bab

SG5

bba

SG5

−10 1

−3

Item

Freq. characteristic1

(100 MHz)

Freq.characteristic3

(250 MHz)

Freq.characteristic4

(250 MHz)

Relative

Freq.characteristic1

(100 MHz)

Freq.characteristic2

(100 MHz)

Relative

Freq.characteristic2

(100 MHz)

Crosstalk between

two inputs1 (10 MHz)

Crosstalk between

channels1 (10 MHz)

Crosstalk between

channels2 (10 MHz)

Crosstalk between

two inputs2 (10 MHz)

Crosstalk between

two inputs3 (100 MHz)

Crosstalk between

channels3 (100 MHz)

Crosstalk between

channels4 (100 MHz)

Pulse characteristic1

Pulse characteristic2

Crosstalk between

two inputs4 (100 MHz)

bb b bbbb

bbbb b b b

−60 −45

−40 −30

−50 −40

−30 −25

1.6 2.5

abb

SG3

bab

SG3

bba

SG3

abb

SG3

bab

SG3

bba

SG3

bbbbbbb

bbbb b b b

abb

SG4

bab

SG4

bba

SG4

abb

SG4

bab

SG4

bba

SG4

bbbbbbbb

bbbb b b b

abb

SG3

bab

SG3

bba

SG3

abb

SG3

bab

SG3

bba

SG3

bbbbbbbb

bbbb b b b

abb

SG4

bab

SG4

bba

SG4

abb

SG4

bab

SG4

bba

SG4

bbb b b b



−11 31

bbba

3 V



 bba

3 V

−3 bba

3 V

b a

3 V

b a

3 V

b a

3 V

b a

3 V

b a

3 V

3 V b

b a

3 V

abb

SG6

bab

SG6

bba

SG6

3 V

ns1.6 2.5 b b b b b b b b31

abb

SG6

bab

SG6

bba

SG6

3 V

Symbol

∆F

C.T.I.1

C.T.I.2

C.T.I.3

C.T.I.4

C.T.C1

C.T.C2

C.T.C3

C.T.C4

Tr1

Tf1

Tr2

Tf2

abb

SG6

bab

SG6

bba

SG6

bb a

3 V

ns1.6 2.5 bbb b b b31

abb

SG6

bab

SG6

bba

SG6

bb a

3 V

Relative to measured values above

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 6 of 19

Electrical Characteristics (cont.)

SW2

Rin1

SW4

Gin1

SW6

Bin1

SW7

Hin1

SW8

Vin1

SW10

Rin2

SW12

Gin2

SW14

Bin2

SW15

Hin2

SW16

Vin2

SW11

P.sav

Min.

Limits Input SW

Typ. Max. Unit

Test

Point

(s)

SW13

Switch

SW22

Sync

0.2 0.5

25



40 60



1.8 2.0 2.2

1.0 1.4 1.6

1.0

2.0

3.8 4.2 b b b b b ba

SG8

bb b

bbb

bbbbb b

bb b b b

bbb

bbbbb

bbb b

bb b

bbb

bbbbb

SG6

bb b

bbbbb

bbb

bbbbb b

bb b

3 V

SG8

V3.8 4.2 b b bbb ba

SG8

bb b a

3 V

SG8

3 V

SG8

3 V

SG8

3 V

V a

SG8

3 V

V a

SG8

b a

3 V

a

SG8

3 V

15 ns a

SG8

b a

3 V

SG8

3 V

40 60 ns a

SG8

bbb

bbbbb b 21 a

3 V

P-P

SG7

b b0.2 b b

4.3 b b bbb b 21 a

3 V

SG7

bb3.8 b b

bbbbb b 21 a

3 V

SG7

bb0.50.2 b b

bbbbb b 21 a

3 V

ns a

SG7

bb25 b b

bbbbb b 21 a

3 V

ns a

SG7

bbbb

40 b b bbb b 21 a

3 V

ns a

SG7

bb60bb

bbbbb b 21 a

3 V

ns a

SG7

bbbb

40 60

2.5 



bbba

SG6

bbba

SG6

SG8

SG7

3 V

variable



Symbol

Vdch1

Vdch2

VithH

VithL

Vthch1

Vthch2

Tr3

HVDr

HVDf

Tf3

Vdcl1

Vdcl2

SYrv

SYVH

SYVL

STr

STf

SDr

SDf

VthPH

VthPL

Item

High level

output voltage1

High level

output voltage2

Low level

output voltage1

Low level

output voltage2

Input threshold

voltage H

Input threshold

voltage L

Rising time3

Rising delay time

Falling delay time

Falling time3

Channel select SW

threshold voltage1

Channel select SW

threshold voltage2

Sync on G input

minimum voltage

Sync output

high level voltage

Sync output

low level voltage

Sync output

rising time 3

Sync output

falling time 3

Sync output

rising delay time

Sync output

falling delay time

Power save SW

threshold voltage1

Power save SW

threshold voltage2

  a

SG8

SG7

variable

1.0 a

SG6

SG8

ba

SG7

variable

HV SW

Sync SEP.

Channel Select SW, Power Save SW

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 7 of 19

Electrical Characteristics Test Method (M61323SP)

Circuit Current 1

No signal. Measure the total circuit current as ICC when supplying 3 VDC to pin 11.

Circuit Current 2

No signal. Measure the total circuit current as ICCSTBY when pin 11 connected to GND.

Output DC Voltage 1, 2

Set SW13 to GND (or OPEN), measure the DC voltage of TP31 (TP28, TP25) when there is no signal input.

The DC voltage is as vdc1 (vdc2).

Output DC Voltage 3, 4

Measure the DC voltage TP23 same as "Output DC voltage 1, 2". The DC voltage is Vdc3 (Vdc4).

Maximum Allowable Input Level 1, 2

Set SW13 to GND, input SG1 to pin 2 only. Gradually increasing the SG1 amplitude, read the amplitude of the input

signal when the output waveform of TP31 is strained. The value is as Vimax1. In the same way, measure Vimax1 in

response to inputs in pin 4 and pin 6 only.

Then set SW13 to OPEN, measure Vimax2 in response to inputs in pin 10, 12 and 14 only.

Voltage Gain 1, 2

1. The conditions is as table.

2. Set SW13 to GND, input SG2 (0.7 VP-P) to pin 2 only. Read the output amplitude of TP31. The value is as VOR1.

3. Voltage gain GV1 is

= 20log (dB)

0.7

1 [V

P-P

]

4. In the same way, calculate GV1 in response to inputs in pin 4 and pin 6 only.

5. Then set SW13 to OPEN, measure GV2 in response to inputs in pin l0, 12 and 14 only.

Relative Voltage Gain 1, 2

1. Calculate relative voltage gain ∆GV1 by the following formula.

∆GV1 = GV1R −GV1G, GV1G −GV1B, GV1B −GV1R

2. In the same way, calculate ∆GV2

Voltage Gain 3, 4

1. The conditions is as table.

2. Read the output amplitude of TP23.

3. Calculate GV3, GV4 same as "Voltage gain 1".

Freq. Characteristic 1, 2/Relative Freq. Characteristic 1, 2

1. The conditions is as table. This measurement shall use active probe.

2. Set SW13 to GND, input SG4 (0.7 VP-P) to pin 2 only. Measure TP31 output amplitude as VOR1.

In the same way, input SG2 (0.7 VP-P) to pin 2 only. Measure TP31 output amplitude as VOR2.

3. Freq.characteristic1 FC1 is

FC1 = 20log (dB)

VOR1 [VP-P]

VOR2 [VP-P]

4. In the same way, calculate FC1 in response to inputs in pin 4 and pin 6 only.

5. The difference between of each channel Freq.characteristic is as ∆FC1.

6. Then set SW13 to OPEN, measure FC2 and ∆FC2 in response to inputs in pin 10, 12 and 14 only.

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 8 of 19

Freq. Characteristic 3, 4

Measure the FC3, FC4 when SG5 of input signal. (For reference)

Crosstalk between Two Inputs 1, 2

1. The conditions is as table. This measurement shall use active probe.

2. Set SW13 to GND, input SG3 to pin 2 only. Read the output amplitude of TP31. The value is as VOR3.

3. Then set SW13 to OPEN, read the output amplitude of TP31. The value is as VOR3'.

4. Crosstalk between two inputs 1 C.T.I.1 is

C.T.I.1 = 20log (dB)

3 [V

P-P

]

3' [V

P-P

]

5. In the same way, calculate C.T.I.1 in response to inputs in pin 4 and pin 6 only.

6. Then set SW13 to OPEN, input SG2 to pin 10 only. Read the output amplitude of TP31. The value is as VOR4.

7. Set SW13 to GND, read the output amplitude of TP31. The value is as VOR4'.

8. Crosstalk between two inputs 1 C.T.I.2 is

C.T.I.2 = 20log (dB)

4 [V

P-P

]

4' [V

P-P

]

9. In the same way, calculate C.T.I.2 in response to inputs in pin 12 and pin 14 only.

Crosstalk between Two Inputs 3, 4

Set SG4 as the input signal, and then the same method as table, measure C.T.I.3, C.T.I.4.

Crosstalk between Channels 1, 2

1. The conditions is as table. This measurement shall use active probe.

2. Set SW13 to GND, input SG3 (0.7 VP-P) to pin 2 only. Read the output amplitude of TP31. The value is as VOR5.

3. Next, measure TP28, TP25 in the same state, and the amplitude is as VOG5, VOB5.

4. Crosstalk between channels1 C.T.C1 is

C.T.C1 = 20log (dB)

VOR5

VOG5 or VOB5

5. In the same way, calculate C.T.C1 in response to inputs in pin 4 and pin 6 only.

6. Then set SW13 to OPEN, input SG3 (0.7 VP-P) to pin 10 only.

Read the output amplitude of TP31. The value is as VOR6.

7. Next, measure TP28, TP25 in the same state, and the amplitude is as VOG6, VOB6.

8. Crosstalk between two inputs 1 C.T.C2 is

C.T.C2 = 20log (dB)

VOR6

VOG6 or VOB6

9. In the same way, calculate C.T.C2 in response to inputs in pin 9 and pin 11 only.

Crosstalk between Channels 3, 4

Set SG4 as the input signal, and then the same method astable, measure C.T.C3, C.T.C4.

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 9 of 19

Pulse Characteristic 1, 2

1. The conditions is as table (SG5 amplitude 0.7 VP-P). Set SW13 to GND (or OPEN).

2. Measure rising Tri and falling Tfi for 10% to 90% of the input pulse with active probe.

3. Next, measure rising Tro and falling Tfo for 10% to 90% of the output pulse with active probe.

4. Pulse characteristic Tr1, Tf1 (Tr2, Tf2) is

100%

0% 10%

90%

Tr Tf

Tr1 (Tr2) = √(Tro)

−(Tri)

(ns)

Tf1 (Tf2) = √(Tfo)

−(Tfi)

(ns)

<HV-SW>

High Level Output Voltage 1, 2/Low Level Output Voltage 1, 2

1. The conditions is as table. Input SG8 to pin 7 (or pin 8). Set SW13 to GND, read the output high level and low

voltage of TP19, TP18. The value is as Vdch1, Vdcl1.

2. Input SG8 to pin 15 (or pin 16). Set SW13 to OPEN, read the output high level and low voltage of TP19, TP18.

The value is as Vdch2, Vdcl2.

Input Threshold Voltage H/Input Threshold Voltage L

1. Set SW13 to GND (or OPEN). Gradually increasing the voltage of pin 7 (or pin 15) from 0 V, measure the input

voltage of pin 7 (or pin 15) when the TP19 voltage turned high level (3.8 V or more). The value is as VithH.

2. Gradually decreasing the voltage of pin 7 (or pin 15) from 3 V, measure the input voltage of pin 7 (or pin 15) when

the TP19 voltage turned low level (0.5 V or less). The value is as VithL.

3. In the same way, measure the input voltage of pin 8 (or pin 16) as VithH, VithL.

Rising Time/Falling Time

1. The conditions is as table. This measurement shall use active probe.

2. Measure rising Tri and falling Tfi for 20% to 80% of the output pulse as Tr3, Tf3 (Tr4, Tf4).

100%

20%

80%

Tr' Tf'

Rising Delay Time/Falling Delay Time

Set SW13 to GND (or OPEN), input SG8 to pin 7 (or pin 15).

Measure the rising delay time HVDr and the falling delay time HVDf.

In the same way, measure HVDr and HVDf when input SG8 to pin 8 (or pin 16)

50%

SG8

Waveform output

HVDr HVDf

M61323SP/FP

REJ03F0201-0201 Rev.2.01 Mar 31, 2008

Page 10 of 19

<Sync-Separation>

Sync Input Minimum Voltage

Gradually decreasing the amplitude of SG7 in pin 22, measure the amplitude of SG7 when the Sync-Sep output signal

turn off. The value is as SYrv.

Sync Output High Level Voltage/Sync Output Low Level Voltage

Input SG7 to pin 22, read the output high level and low voltage of TP21. The value is as SYVH, SYVL.

Sync Output Rising Time/Sync Output Falling Time

1. The conditions is as table. (SG7 amplitude 0.3 VP-P)

This measurement shall use active probe.

2. Measure rising Tri and falling Tfi for 10% to 90% of the input pulse as STr, STf.

100%

10%

90%

STr STf

Sync Output Rising Delay Time/Sync Output Falling Delay Time

Input SG7 to pin 22. Measure the rising delay time SDr and the falling delay time SDf.

50%

SG7

Waveform output

SDr SDf

Channel Select SW Threshold 1, 2

1. Gradually increasing the voltage of pin 13 from 0 V, measure the maximum voltage of pin 13 when the channel 1 is

selected. The value is as Vthch1.

2. Gradually decreasing the voltage of pin 13 from 5 V, measure the minimum voltage of pin 13 when the channel 2 is

selected. The value is as Vthch2.

Power Save SW Threshold 1, 2

1. Gradually increasing the voltage of pin 11 from 0 V, measure the maximum voltage of pin 11 when the power save

mode. The value is as VthPL.

2. Gradually decreasing the voltage of pin 13 from 5 V, measure the minimum voltage of pin 11 when the power save

mode. The value is as VthPH.

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