... used in optical wireless E -TTL control ... INITIAL WIRELESS RADIO FLASH SETUP ... transmission channels and wireless radio IDs. ... : Press the Wireless Flash Button until ... The wireless flash cycle via ... ... : Press the Wireless Flash Button until ... ... to the same Wireless Radio Channel. e . Turn the ... ... . Repeat steps e – g to ... WIRELESS E -TTL — ... ... , with full E -TTL auto ... E -TTL is ... ... group D or E , when ratio ... ... radio-based Wireless E -TTL. ... the sender to E -TTL.
... – AF- assist beam ... the flash’s autofocus assist beam off can ... ... ” to conserve battery power during multi ... ... internal and external batteries or will use ... ... conserves the internal battery power essential for ... ... .Fn- 22 – LCD panel ... ... – Receiver flash battery check ... : AF- assist beam + flash ... ... the AF- assist beam lamp of ... ... the AF- assist beam to blink ... P.Fn-06 – Wireless button cycle sequence ... This option eliminates the optical wireless mode and cycles the operating modes in the following order: ... This option eliminates the radio wireless mode andcycles the operating modes in the following order:
5. If a receiver enters sleep mode, press the senderunit’s test flash button to turn the receiver back on. Receiver units, by default, stay active for 60 minutes before going to sleep mode. You can use Flash C.Fn 10-1 to change this to 10 minutes to conserve receiver unit battery power.
Syl walks the audience through real-life situations, where the new radio-based wireless E -TTL system comes into its own. Included are a host of practical hints about modifying flash for the lighting look you want.
