Fig. A.30b. LWM=0 and HWM=6 246 Appendix – Functional Space of a Queue Fig. A.30b. LWM=0 and HWM=6, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 247 Fig. A.31a. LWM=0 and HWM=7 248 Appendix – Functional Space of a Queue Fig. A.31b. LWM=0 and HWM=7, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 249 Fig. A.32a. LWM=0 and HWM=8 250 Appendix – Functional Space of a Queue Fig. A.32b. LWM=0 and HWM=8, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 251 Fig. A.33a. LWM=1 and HWM=8 252 Appendix – Functional Space of a Queue Fig. A.33b. LWM=1 and HWM=8, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 253 Fig. A.34a. LWM=2 and HWM=8 254 Appendix – Functional Space of a Queue Fig. A.34b. LWM=2 and HWM=8, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 255 . – Functional Space of a Queue Fig. A.30b. LWM=0 and HWM=6, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 247 Fig. A.31a. LWM=0 and HWM=7 248 Appendix – Functional. – Functional Space of a Queue Fig. A.32b. LWM=0 and HWM=8, with condensation A.7 VTGs for 8-entry Queue with Programmable HWM & LWM 251 Fig. A.33a. LWM=1 and HWM=8 252 Appendix – Functional. 8-entry Queue with Programmable HWM & LWM 253 Fig. A.34a. LWM=2 and HWM=8 254 Appendix – Functional Space of a Queue Fig. A.34b. LWM=2 and HWM=8, with condensation A.7 VTGs for 8-entry