BU3071HFV_08 Datasheet, PDF (16/21 Pages) Rohm – Compact 1ch Clock Generators for Digital Cameras

●Application circuit example
（BU3071HFV）
54.0000MHz
1：VDD
2：VSS
3：OUT
　　6：IN
　　5：TEST
　　4：OE
Fig.101
28.6363MHz
H:enable
L:disable
（BU3072HFV）
H:36.0000MHz
L:27.0000MHz
1：VDD
2：VSS
3：OUT
　　6：IN
　　5：SEL
　　4：PD
48MHz
H:36.0000MHz
L:27.0000MHz
H:enable
Fig.102
L:Hi-Z
（BU3073HFV）
（BU3076HFV）
H:24.5454MHz
L:24.3750MHz
1：VDD
2：VSS
3：OUT
　　6：IN
　　5：SEL
　　4：PD
48MHz
H:24.5454MHz
L:24.3750MHz
H:enable
H:67.5000MHz
L:54.00000MHz
Fig.103
L:disable
1:VDD
2: VSS
3: OUT
6: IN
5: SEL
4: OE
27MHz
H:67.5000MHz
L:54.0000MHz
H:enable
Fig.104
L:disable
（BU7322HFV）
（BU7325HFV）
H:36.0000MHz
L:49.5000MHz
1:VDD
2: VSS
3: OUT
6: IN
5: SEL
4: OE
27MHz
H:36.0000MHz
L:49.5000MHz
H:enable
Fig.105
L:disable
H:78.0000MHz
L:48.0000MHz
1:VDD
2: VSS
3: OUT
6: IN
5: SEL
4: OE
27MHz
H:78.0000MHz
L:48.0000MHz
H:enable
Fig.106
L:disable
 For VDD and VSS, insert a bypass capacitor of approx. 0.1 F as close as possible to the pin.
 Bypass capacitors with good high-frequency characteristics are recommended.
 Even though we believe that the typical application circuit is worth of a recommendation, please be sure to thoroughly
recheck the characteristics before use.
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