Keysight Technologies FieldFox N9913A Configuration Manual page 9

09 | Keysight | FieldFox Handheld Analyzers - Configuration Guide
FAQs – Applicable To All FieldFox RF and Microwave Analyzers (continued)
Question
3. What do I need to get GPS
information?
4. What is the connector for Option
309, DC output?
5. What are the connectors for
the Reference/Trigger In and
Reference/Trigger Out?
6. What is Option 030 Remote
control capability?
7. What USB sensor is required for
Option 330?
8. What measurement capabilities
are included with Option 330?
9. What is included with Option 208? Option 302, USB power sensor measurements, includes CW power measurements (one frequency at a time). With
Answer
(1) The recommended GPS solution is to order:
– Option 307 - built-in GPS receiver
– A GPS antenna such as N9910X-825
– Other GPS antennas can also be used
– The GPS connector on the instrument is SMA (f)
(2) Alternatively, you can purchase a USB-based GPS receiver. You do not need to purchase any FieldFox options
for the USB-based GPS to work. However, the USB-based GPS only provides time and location data, and time
synchronization capability. It cannot be used to increase the frequency accuracy of the instrument.
The DC output has a SMB (m) connector. Recommend ordering N9910X Option 713 bias-tee power cable SMB (f)
to BNC (m).
The connector for the Ref/Trig In is SMA (f). Recommend ordering N9910X Option 712 Trig/Ref in SMA (m) to BNC
(f) cable.
The connector for the Ref/Trig Out is SMB (m). Recommend ordering N9910X Option 713 bias-tee power cable
SMB (f) to BNC (m).
(1) Option 030 provides a license for FieldFox to allow remote control via an iOS device.
(2) Not supplied by user, but necessary for operation of Option 030 are:
– iOS device: iPad, iPhone, or iPod Touch with iOS 6.1 or higher with free FieldFox app
– A WiFi or 3G/4G network connection between FieldFox and iOS device
Option 330 or pulse measurements requires a Keysight USB peak power sensor. Visit
www.keysight.com/find/usbsensorsforfieldfox for a list of supported peak power sensors. Average power sensors
cannot be used with Option 330, only peak power sensors. The peak power sensor needs to be purchased
separately.
Average power, peak power, and peak to average ratio
Analog gauge display and digital display, dBm and watts
Relative/absolute measurements, dB or %, minimum and maximum limits
Trace graph for pulse profiling with gating
Rise time, fall time, pulse width, pulse period, pulse repetition frequency
Option 208 added, you can make swept-frequency power measurements. You can plot source power, gain, and
receive power versus frequency. Additionally, the source frequency can be offset from the receiver frequency. The
power sensor needs to be purchased separately.