Evaluation Engineering - 31

5. Next-Generation RF
Signal Generators

6. LPDDR5 Grypper
Test Sockets

Siglent RF signal generators
now also cover the NR-5G Band
(FR1) between 3.4 and 3.7 GHz.
Siglent's Model SSG5000X Series
RF Signal Generator can source
analog and vector signals up to 4
GHz or 6 GHz. The SSG5000X-V
Series Generator features
internal IQ modulation with an
RF Modulation Bandwidth up
to 150 MHz, and an arbitrary
waveform playback function. The
generators' phase noise is -120
dBc at 1 GHz / 20 kHz offset, with
a regulated maximum output level
of up to +20 dBm (settable up to
+26 dBm), and a minimum output
level of -130 dBm (settable down
to -140 dBm).

Ironwood Electronics GR10320001 Grypper socket allows
testing of the latest LPDDR5
devices with a 315 Ball and 0.7 x
0.8mm pitch, with speeds up to
6400Mb/s. The LPDDR5 Grypper
socket fits to the same location/
PCB footprint as the device for
development and failure analysis.
With a - 1dB insertion loss at up
to 40.0 GHz, the force required
to insert a device is 45 grams
per contact. Available in three
configurations, including RoHScompliant versions, pricing for the
GR1032-001 is $594 at qty 4-10.

Siglent

Ironwood Electronics

7. Linear Actuators
Moticont has introduced
the DDLM-019-044-01 noncommutated linear actuator.
This compact, zero cogging,
clean, quiet, fully enclosed linear
actuator, is just 0.750 in. (19.1
mm) in. diameter, with a housing
length of 1.750 in. (44.5 mm)
long and a stroke of 0.460 in.
(11.7 mm). This linear actuator
can develop 11.0 oz (3.1 N) of
continuous force with a 34.8 oz
(9.7 N) peak force. Direct coupling
of the actuator to the load results
in zero backlash and allows
for smooth, high acceleration/
deceleration, and high-speed
positioning.

Moticont

8. High-Performance
Parabolic Antennas
KP Performance Antennas
released 2- and 3-foot antennas
with Mimosa B11 mounting kit
options to its series of ProLine
11 GHz parabolic antennas.
KP's high-performance ProLine
parabolic antennas are ideal
for high-density, point-to-point
backhaul applications or clientpremises and operate in the
10.7 GHz to 11.7 GHz frequency
range. Offered in 2- and 3-foot
diameters, they deliver gain
performance of 34.4 dBi and 39
dBi respectively. The antennas
are engineered to suppress
side- and back-lobes, and reject
interference, deliver SISO or 2x2
MIMO, with a 155-mph survival
wind speed.

KP Performance
Antennas

JULY 2020 EVALUATIONENGINEERING.COM

31
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Evaluation Engineering

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