下载
User’s Manual
R20UT0162EJ0200
R0E000010CKZ11
Rev.2.00
Jan 17, 2011
Small Connector Conversion Adapter for the E1 Emulator
1. Outline
The R0E000010CKZ11 adapter is used to connect
the 14-pin 2.54-mm pitch connector on the head of
the E1 specific user-system interface cable to 14-pin
1.27-mm pitch connectors.
Using this conversion adapter can reduce the area
taken up by the connector mounted on your system.
2. Package Components
Before using this product, confirm that the
R0E000010CKZ11 package contains the following items.
Figure 1 External View of the R0E000010CKZ11
Table 1 Package Components
Item Qty.
R20UT0162EJ0200 Rev.2.00 Page 1 of 4
Jan 17, 2011
(1)
R0E000010CKZ11
1
(2)
Connector to be mounted on the user
system
TFM-107-01-L-D (through-hole type)
1
(3)
R0E000010CKZ11 User’s Manual
(this document)
1
(4)
R0E000010CKZ11 User's Manual
(Japanese)
1
3. Specifications
Table 2 Specifications
Item Description
User-system interface cable for
the E1 (R0E000010KCE00)
Small Connector Conversion Adapter
for the E1 Emulator
(R0E000010CKZ11, i.e. this product)
14-pin connector on the user
system (TFM-107-02-L-D (SMT) or
TFM-107-01-L-D (DIP): manufactured
by Samtec, Inc.)
Pin 1 Pin 13
User system
CN1
CN2
Orientation key
HTST-107-01-T-DV
(manufactured by Samtec, Inc.)
Upper
connector
Guaranteed number of times for
insertion and removal: 50
(CN1)
SFM-107-02-L-D-A
(manufactured by Samtec, Inc.)
Lower
connector
Guaranteed number of times for
insertion and removal: 50
(CN2)
Figure 2 Usage of the R0E000010CKZ11
4. Usage (See Figure 2)
The R0E000010CKZ11 is connected between the 14-pin connector (2.54-mm pitch) on the head of the user-system
interface cable (for the E1) and a 14-pin connector (1.27-mm pitch) on the user system as shown in Figure 2.
5. Usage Notes
This adapter provides different pin assignment from that of the standard interface connector for the E1 emulator.
Table 3 on the next page shows pin correspondence between CN1 (standard connector for the E1) and CN2 (small
connector). Take this pin assignment into account when designing your own board.
