Analog Devices ADP121 Evaluation Board ADP121UJZ-REDYKIT ADP121UJZ-REDYKIT データシート

製品コード
ADP121UJZ-REDYKIT
ページ / 4
 
RedyKit User Guide
UG-052
One
 
Technology
 
Way
 
 
P.O.
 
Box
 
9106
 
 
Norwood,
 
MA
 
02062-9106,
 
U.S.A.
 
 
Tel:
 
781.329.4700
 
 
Fax:
 
781.461.3113
 
 
www.analog.com 
 
RedyKit™ for the ADP121 LDO 
 
 
PLEASE SEE THE LAST PAGE FOR AN IMPORTANT  
WARNING AND LEGAL TERMS AND CONDITIONS.
 
Rev. A | Page 1 of 4 
FEATURES 
All-voltage option for evaluation  
Surface-mount ADP121 5-lead TSOP parts that can be easily 
soldered to the evaluation boards 
Additional parts for prototyping 
ADP121UJZ-REDYKIT CONTENTS 
1 each ADP121-2.8-EVALZ evaluation board V
OUT
 2.8 V  
1 each ADP121-3.3-EVALZ evaluation board V
OUT
 3.3 V 
3 each ADP121 voltage options in a labeled bag 
08
47
5-
0
01
 
Figure 1.  
GENERAL DESCRIPTION 
The ADP121UJZ-REDYKIT allows simplified prototyping and 
evaluation and is available for every standard fixed output voltage 
option in the 
 product family. The kit allows the user to 
evaluate the voltage options with one easy to order kit.  
All surface-mount ADP121 parts are sorted and stored in the 
kit with the Analog Devices, Inc., part number and fixed output 
voltage clearly printed on each zip-top bag.  
The kit can be used in the engineering lab to evaluate required 
voltage options. If other voltage options must be evaluated, a 
different part from the kit can be easily soldered onto one of the 
evaluation boards supplied with the kit.  
The ADP121UJZ-REDYKIT is available with fixed 2.8 V and 3.3 V 
evaluation boards. The kit also contains additional parts for 
prototyping. The kit enclosure, which contains individually 
packaged parts and the two evaluation boards, is packaged in  
an ESD foam pad inside a treated cardboard box that measures 
8.7" (L) × 7.9" (W) × 1.75"(H), that is, 22 cm (L) × 20 cm (W) × 
4.5 cm (H). 
The ADP121 evaluation board data sheet, EVAL-ADP121, can 
be found at 
TYPICAL APPLICATION CIRCUIT 
NC = NO CONNECT
1
2
3
5
4
0
84
75-
0
02
1µF
1µF
V
OUT
= 1.8V
V
IN
 = 2.3V
VOUT
NC
VIN
GND
EN
OFF
ON
 
Figure 2.