Test points Sample Clauses

Test points. (A) Meter Calibrations should be performed at the test points (values of currents) outlined in Table 1 below. The measured errors at these test points should not exceed the percentage error limits stated in Table 2 below. (B) Where a test point is outside the range of the value of current outlined in Table 1 below, the percentage error limit shall be that applicable to the value of current that is closest to the test point value. (C) It should be noted that “Ib” refers to the basic current of a whole-current Meter, “In” refers to the rated current of a transformer-operated Meter and “Imax” to the maximum current rating of a Meter.

Test points. The calculations were limited to four test points only. These test points were chosen by the administration concerned in accordance with the conditions described in sections 7.4.1 and 7.

Test points. Isolated test points for each DC power input and for the point where the two input sources are combined are available at the back of the IPU. Standard test probes may be used. Alarms and External Resets All alarm outputs and the two reset inputs shall be placed in a single 15 pin "D" type female connector with 4-40 screw lock fasteners. The following AMP part number is currently used as the Alcatel mating connector: Mating Connector AMP PN 747322-3 The pinout of the Alarm/Reset connector shall be as follows: Pin No. Signal Name ------ ----------- 1 Fan Alarm 2 Fan Alarm Return 3 Power Input/Breaker Alarm 4 Power Input/Breaker Alarm Return 5 Processor Alarm 6 Processor Alarm Return 7 Power Output Alarm 8 Power Output Alarm Return 9 Alarm Board Failure 10 Alarm Board Failure Return 11 Reset 1 12 Reset 1 Return 13 Reset 2 14 Reset 2 Return 15 No connection Serial Ports The IPU shall have four (4) serial ports located on the rear of the chassis. Two ports are programmable to operate in synchronous mode or asynchronous mode, while two are only asynchronous. In asynchronous mode, each port is independently programmable to operate at various baud rates. In synchronous mode, either a programmable clock or an external clock source may be used. Each port shall be an RS-232 DTE device interfaced with a standard 25 pin `D' type female connector with 4-40 screw lock fasteners. The following signals shall be supported: ------------------------------------------------------------------------- PIN SIGNAL NAME PIN SIGNAL NAME ------------------------------------------------------------------------- 1 14 ------------------------------------------------------------------------- 2 TXD 15 TRXC * ------------------------------------------------------------------------- 3 RXD 16 ------------------------------------------------------------------------- 4 RTS 17 RXC * ------------------------------------------------------------------------- 5 CTS 18 ------------------------------------------------------------------------- 6 DSR 19 ------------------------------------------------------------------------- 7 Logic Ground 20 DTR ------------------------------------------------------------------------- 8 DCD 21 ------------------------------------------------------------------------- 9 22 ------------------------------------------------------------------------- 10 23 ------------------------------------------------------------------------- 11 +12 Volts 24 TXC * ------------------------...

Test points. This document sets out the maximum agreed field strength levels at each country’s coastal border for radio frequencies in the 174-230 MHz band which will be used to provide DAB services or other services in both countries. To this goal, both administrations agree to use test points to define each country’s coastal borders within the Buffer Zone. These test points can be found in Annex 2.

Test points. Meter Calibrations should be performed at the test points (values of currents) outlined in Table 1 below. The measured errors at these test points should not exceed the percentage error limits stated in Table 2 below.

Test points provide an objective measurement of a developer testing effort. They indicate how many things are being checked in the classes and methods in a software project. A “test point” is defined as a programmatic expression that resolves into a Boolean (true/false) result.